;(() => {
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  var Hi = Object.defineProperty
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  var Mv = Object.getPrototypeOf,
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  var df = (r) => Hi(r, '__esModule', { value: !0 })
  var hf = (r) => {
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    throw new Error('Dynamic require of "' + r + '" is not supported')
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  var P = (r, e) => () => (r && (e = r((r = 0))), e)
  var x = (r, e) => () => (e || r((e = { exports: {} }).exports, e), e.exports),
    Ge = (r, e) => {
      df(r)
      for (var t in e) Hi(r, t, { get: e[t], enumerable: !0 })
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    Bv = (r, e, t) => {
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            Hi(r, i, {
              get: () => e[i],
              enumerable: !(t = $v(e, i)) || t.enumerable,
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      return r
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    pe = (r) =>
      Bv(
        df(
          Hi(
            r != null ? qv(Mv(r)) : {},
            'default',
            r && r.__esModule && 'default' in r
              ? { get: () => r.default, enumerable: !0 }
              : { value: r, enumerable: !0 }
          )
        ),
        r
      )
  var m,
    u = P(() => {
      m = { platform: '', env: {}, versions: { node: '14.17.6' } }
    })
  var Fv,
    be,
    ft = P(() => {
      u()
      ;(Fv = 0),
        (be = {
          readFileSync: (r) => self[r] || '',
          statSync: () => ({ mtimeMs: Fv++ }),
          promises: { readFile: (r) => Promise.resolve(self[r] || '') },
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    })
  var Fs = x((oP, gf) => {
    u()
    ;('use strict')
    var mf = class {
      constructor(e = {}) {
        if (!(e.maxSize && e.maxSize > 0))
          throw new TypeError('`maxSize` must be a number greater than 0')
        if (typeof e.maxAge == 'number' && e.maxAge === 0)
          throw new TypeError('`maxAge` must be a number greater than 0')
        ;(this.maxSize = e.maxSize),
          (this.maxAge = e.maxAge || 1 / 0),
          (this.onEviction = e.onEviction),
          (this.cache = new Map()),
          (this.oldCache = new Map()),
          (this._size = 0)
      }
      _emitEvictions(e) {
        if (typeof this.onEviction == 'function')
          for (let [t, i] of e) this.onEviction(t, i.value)
      }
      _deleteIfExpired(e, t) {
        return typeof t.expiry == 'number' && t.expiry <= Date.now()
          ? (typeof this.onEviction == 'function' &&
              this.onEviction(e, t.value),
            this.delete(e))
          : !1
      }
      _getOrDeleteIfExpired(e, t) {
        if (this._deleteIfExpired(e, t) === !1) return t.value
      }
      _getItemValue(e, t) {
        return t.expiry ? this._getOrDeleteIfExpired(e, t) : t.value
      }
      _peek(e, t) {
        let i = t.get(e)
        return this._getItemValue(e, i)
      }
      _set(e, t) {
        this.cache.set(e, t),
          this._size++,
          this._size >= this.maxSize &&
            ((this._size = 0),
            this._emitEvictions(this.oldCache),
            (this.oldCache = this.cache),
            (this.cache = new Map()))
      }
      _moveToRecent(e, t) {
        this.oldCache.delete(e), this._set(e, t)
      }
      *_entriesAscending() {
        for (let e of this.oldCache) {
          let [t, i] = e
          this.cache.has(t) || (this._deleteIfExpired(t, i) === !1 && (yield e))
        }
        for (let e of this.cache) {
          let [t, i] = e
          this._deleteIfExpired(t, i) === !1 && (yield e)
        }
      }
      get(e) {
        if (this.cache.has(e)) {
          let t = this.cache.get(e)
          return this._getItemValue(e, t)
        }
        if (this.oldCache.has(e)) {
          let t = this.oldCache.get(e)
          if (this._deleteIfExpired(e, t) === !1)
            return this._moveToRecent(e, t), t.value
        }
      }
      set(
        e,
        t,
        {
          maxAge: i = this.maxAge === 1 / 0 ? void 0 : Date.now() + this.maxAge,
        } = {}
      ) {
        this.cache.has(e)
          ? this.cache.set(e, { value: t, maxAge: i })
          : this._set(e, { value: t, expiry: i })
      }
      has(e) {
        return this.cache.has(e)
          ? !this._deleteIfExpired(e, this.cache.get(e))
          : this.oldCache.has(e)
          ? !this._deleteIfExpired(e, this.oldCache.get(e))
          : !1
      }
      peek(e) {
        if (this.cache.has(e)) return this._peek(e, this.cache)
        if (this.oldCache.has(e)) return this._peek(e, this.oldCache)
      }
      delete(e) {
        let t = this.cache.delete(e)
        return t && this._size--, this.oldCache.delete(e) || t
      }
      clear() {
        this.cache.clear(), this.oldCache.clear(), (this._size = 0)
      }
      resize(e) {
        if (!(e && e > 0))
          throw new TypeError('`maxSize` must be a number greater than 0')
        let t = [...this._entriesAscending()],
          i = t.length - e
        i < 0
          ? ((this.cache = new Map(t)),
            (this.oldCache = new Map()),
            (this._size = t.length))
          : (i > 0 && this._emitEvictions(t.slice(0, i)),
            (this.oldCache = new Map(t.slice(i))),
            (this.cache = new Map()),
            (this._size = 0)),
          (this.maxSize = e)
      }
      *keys() {
        for (let [e] of this) yield e
      }
      *values() {
        for (let [, e] of this) yield e
      }
      *[Symbol.iterator]() {
        for (let e of this.cache) {
          let [t, i] = e
          this._deleteIfExpired(t, i) === !1 && (yield [t, i.value])
        }
        for (let e of this.oldCache) {
          let [t, i] = e
          this.cache.has(t) ||
            (this._deleteIfExpired(t, i) === !1 && (yield [t, i.value]))
        }
      }
      *entriesDescending() {
        let e = [...this.cache]
        for (let t = e.length - 1; t >= 0; --t) {
          let i = e[t],
            [n, s] = i
          this._deleteIfExpired(n, s) === !1 && (yield [n, s.value])
        }
        e = [...this.oldCache]
        for (let t = e.length - 1; t >= 0; --t) {
          let i = e[t],
            [n, s] = i
          this.cache.has(n) ||
            (this._deleteIfExpired(n, s) === !1 && (yield [n, s.value]))
        }
      }
      *entriesAscending() {
        for (let [e, t] of this._entriesAscending()) yield [e, t.value]
      }
      get size() {
        if (!this._size) return this.oldCache.size
        let e = 0
        for (let t of this.oldCache.keys()) this.cache.has(t) || e++
        return Math.min(this._size + e, this.maxSize)
      }
    }
    gf.exports = mf
  })
  var yf,
    bf = P(() => {
      u()
      yf = (r) => r && r._hash
    })
  function Wi(r) {
    return yf(r, { ignoreUnknown: !0 })
  }
  var wf = P(() => {
    u()
    bf()
  })
  function xt(r) {
    if (((r = `${r}`), r === '0')) return '0'
    if (/^[+-]?(\d+|\d*\.\d+)(e[+-]?\d+)?(%|\w+)?$/.test(r))
      return r.replace(/^[+-]?/, (t) => (t === '-' ? '' : '-'))
    let e = ['var', 'calc', 'min', 'max', 'clamp']
    for (let t of e) if (r.includes(`${t}(`)) return `calc(${r} * -1)`
  }
  var Gi = P(() => {
    u()
  })
  var vf,
    xf = P(() => {
      u()
      vf = [
        'preflight',
        'container',
        'accessibility',
        'pointerEvents',
        'visibility',
        'position',
        'inset',
        'isolation',
        'zIndex',
        'order',
        'gridColumn',
        'gridColumnStart',
        'gridColumnEnd',
        'gridRow',
        'gridRowStart',
        'gridRowEnd',
        'float',
        'clear',
        'margin',
        'boxSizing',
        'lineClamp',
        'display',
        'aspectRatio',
        'size',
        'height',
        'maxHeight',
        'minHeight',
        'width',
        'minWidth',
        'maxWidth',
        'flex',
        'flexShrink',
        'flexGrow',
        'flexBasis',
        'tableLayout',
        'captionSide',
        'borderCollapse',
        'borderSpacing',
        'transformOrigin',
        'translate',
        'rotate',
        'skew',
        'scale',
        'transform',
        'animation',
        'cursor',
        'touchAction',
        'userSelect',
        'resize',
        'scrollSnapType',
        'scrollSnapAlign',
        'scrollSnapStop',
        'scrollMargin',
        'scrollPadding',
        'listStylePosition',
        'listStyleType',
        'listStyleImage',
        'appearance',
        'columns',
        'breakBefore',
        'breakInside',
        'breakAfter',
        'gridAutoColumns',
        'gridAutoFlow',
        'gridAutoRows',
        'gridTemplateColumns',
        'gridTemplateRows',
        'flexDirection',
        'flexWrap',
        'placeContent',
        'placeItems',
        'alignContent',
        'alignItems',
        'justifyContent',
        'justifyItems',
        'gap',
        'space',
        'divideWidth',
        'divideStyle',
        'divideColor',
        'divideOpacity',
        'placeSelf',
        'alignSelf',
        'justifySelf',
        'overflow',
        'overscrollBehavior',
        'scrollBehavior',
        'textOverflow',
        'hyphens',
        'whitespace',
        'textWrap',
        'wordBreak',
        'borderRadius',
        'borderWidth',
        'borderStyle',
        'borderColor',
        'borderOpacity',
        'backgroundColor',
        'backgroundOpacity',
        'backgroundImage',
        'gradientColorStops',
        'boxDecorationBreak',
        'backgroundSize',
        'backgroundAttachment',
        'backgroundClip',
        'backgroundPosition',
        'backgroundRepeat',
        'backgroundOrigin',
        'fill',
        'stroke',
        'strokeWidth',
        'objectFit',
        'objectPosition',
        'padding',
        'textAlign',
        'textIndent',
        'verticalAlign',
        'fontFamily',
        'fontSize',
        'fontWeight',
        'textTransform',
        'fontStyle',
        'fontVariantNumeric',
        'lineHeight',
        'letterSpacing',
        'textColor',
        'textOpacity',
        'textDecoration',
        'textDecorationColor',
        'textDecorationStyle',
        'textDecorationThickness',
        'textUnderlineOffset',
        'fontSmoothing',
        'placeholderColor',
        'placeholderOpacity',
        'caretColor',
        'accentColor',
        'opacity',
        'backgroundBlendMode',
        'mixBlendMode',
        'boxShadow',
        'boxShadowColor',
        'outlineStyle',
        'outlineWidth',
        'outlineOffset',
        'outlineColor',
        'ringWidth',
        'ringColor',
        'ringOpacity',
        'ringOffsetWidth',
        'ringOffsetColor',
        'blur',
        'brightness',
        'contrast',
        'dropShadow',
        'grayscale',
        'hueRotate',
        'invert',
        'saturate',
        'sepia',
        'filter',
        'backdropBlur',
        'backdropBrightness',
        'backdropContrast',
        'backdropGrayscale',
        'backdropHueRotate',
        'backdropInvert',
        'backdropOpacity',
        'backdropSaturate',
        'backdropSepia',
        'backdropFilter',
        'transitionProperty',
        'transitionDelay',
        'transitionDuration',
        'transitionTimingFunction',
        'willChange',
        'contain',
        'content',
        'forcedColorAdjust',
      ]
    })
  function kf(r, e) {
    return r === void 0
      ? e
      : Array.isArray(r)
      ? r
      : [
          ...new Set(
            e
              .filter((i) => r !== !1 && r[i] !== !1)
              .concat(Object.keys(r).filter((i) => r[i] !== !1))
          ),
        ]
  }
  var Sf = P(() => {
    u()
  })
  var Af = {}
  Ge(Af, { default: () => Qe })
  var Qe,
    Qi = P(() => {
      u()
      Qe = new Proxy({}, { get: () => String })
    })
  function js(r, e, t) {
    ;(typeof m != 'undefined' && m.env.JEST_WORKER_ID) ||
      (t && Cf.has(t)) ||
      (t && Cf.add(t),
      console.warn(''),
      e.forEach((i) => console.warn(r, '-', i)))
  }
  function zs(r) {
    return Qe.dim(r)
  }
  var Cf,
    G,
    Be = P(() => {
      u()
      Qi()
      Cf = new Set()
      G = {
        info(r, e) {
          js(Qe.bold(Qe.cyan('info')), ...(Array.isArray(r) ? [r] : [e, r]))
        },
        warn(r, e) {
          ;['content-problems'].includes(r) ||
            js(Qe.bold(Qe.yellow('warn')), ...(Array.isArray(r) ? [r] : [e, r]))
        },
        risk(r, e) {
          js(Qe.bold(Qe.magenta('risk')), ...(Array.isArray(r) ? [r] : [e, r]))
        },
      }
    })
  var _f = {}
  Ge(_f, { default: () => Us })
  function qr({ version: r, from: e, to: t }) {
    G.warn(`${e}-color-renamed`, [
      `As of Tailwind CSS ${r}, \`${e}\` has been renamed to \`${t}\`.`,
      'Update your configuration file to silence this warning.',
    ])
  }
  var Us,
    Vs = P(() => {
      u()
      Be()
      Us = {
        inherit: 'inherit',
        current: 'currentColor',
        transparent: 'transparent',
        black: '#000',
        white: '#fff',
        slate: {
          50: '#f8fafc',
          100: '#f1f5f9',
          200: '#e2e8f0',
          300: '#cbd5e1',
          400: '#94a3b8',
          500: '#64748b',
          600: '#475569',
          700: '#334155',
          800: '#1e293b',
          900: '#0f172a',
          950: '#020617',
        },
        gray: {
          50: '#f9fafb',
          100: '#f3f4f6',
          200: '#e5e7eb',
          300: '#d1d5db',
          400: '#9ca3af',
          500: '#6b7280',
          600: '#4b5563',
          700: '#374151',
          800: '#1f2937',
          900: '#111827',
          950: '#030712',
        },
        zinc: {
          50: '#fafafa',
          100: '#f4f4f5',
          200: '#e4e4e7',
          300: '#d4d4d8',
          400: '#a1a1aa',
          500: '#71717a',
          600: '#52525b',
          700: '#3f3f46',
          800: '#27272a',
          900: '#18181b',
          950: '#09090b',
        },
        neutral: {
          50: '#fafafa',
          100: '#f5f5f5',
          200: '#e5e5e5',
          300: '#d4d4d4',
          400: '#a3a3a3',
          500: '#737373',
          600: '#525252',
          700: '#404040',
          800: '#262626',
          900: '#171717',
          950: '#0a0a0a',
        },
        stone: {
          50: '#fafaf9',
          100: '#f5f5f4',
          200: '#e7e5e4',
          300: '#d6d3d1',
          400: '#a8a29e',
          500: '#78716c',
          600: '#57534e',
          700: '#44403c',
          800: '#292524',
          900: '#1c1917',
          950: '#0c0a09',
        },
        red: {
          50: '#fef2f2',
          100: '#fee2e2',
          200: '#fecaca',
          300: '#fca5a5',
          400: '#f87171',
          500: '#ef4444',
          600: '#dc2626',
          700: '#b91c1c',
          800: '#991b1b',
          900: '#7f1d1d',
          950: '#450a0a',
        },
        orange: {
          50: '#fff7ed',
          100: '#ffedd5',
          200: '#fed7aa',
          300: '#fdba74',
          400: '#fb923c',
          500: '#f97316',
          600: '#ea580c',
          700: '#c2410c',
          800: '#9a3412',
          900: '#7c2d12',
          950: '#431407',
        },
        amber: {
          50: '#fffbeb',
          100: '#fef3c7',
          200: '#fde68a',
          300: '#fcd34d',
          400: '#fbbf24',
          500: '#f59e0b',
          600: '#d97706',
          700: '#b45309',
          800: '#92400e',
          900: '#78350f',
          950: '#451a03',
        },
        yellow: {
          50: '#fefce8',
          100: '#fef9c3',
          200: '#fef08a',
          300: '#fde047',
          400: '#facc15',
          500: '#eab308',
          600: '#ca8a04',
          700: '#a16207',
          800: '#854d0e',
          900: '#713f12',
          950: '#422006',
        },
        lime: {
          50: '#f7fee7',
          100: '#ecfccb',
          200: '#d9f99d',
          300: '#bef264',
          400: '#a3e635',
          500: '#84cc16',
          600: '#65a30d',
          700: '#4d7c0f',
          800: '#3f6212',
          900: '#365314',
          950: '#1a2e05',
        },
        green: {
          50: '#f0fdf4',
          100: '#dcfce7',
          200: '#bbf7d0',
          300: '#86efac',
          400: '#4ade80',
          500: '#22c55e',
          600: '#16a34a',
          700: '#15803d',
          800: '#166534',
          900: '#14532d',
          950: '#052e16',
        },
        emerald: {
          50: '#ecfdf5',
          100: '#d1fae5',
          200: '#a7f3d0',
          300: '#6ee7b7',
          400: '#34d399',
          500: '#10b981',
          600: '#059669',
          700: '#047857',
          800: '#065f46',
          900: '#064e3b',
          950: '#022c22',
        },
        teal: {
          50: '#f0fdfa',
          100: '#ccfbf1',
          200: '#99f6e4',
          300: '#5eead4',
          400: '#2dd4bf',
          500: '#14b8a6',
          600: '#0d9488',
          700: '#0f766e',
          800: '#115e59',
          900: '#134e4a',
          950: '#042f2e',
        },
        cyan: {
          50: '#ecfeff',
          100: '#cffafe',
          200: '#a5f3fc',
          300: '#67e8f9',
          400: '#22d3ee',
          500: '#06b6d4',
          600: '#0891b2',
          700: '#0e7490',
          800: '#155e75',
          900: '#164e63',
          950: '#083344',
        },
        sky: {
          50: '#f0f9ff',
          100: '#e0f2fe',
          200: '#bae6fd',
          300: '#7dd3fc',
          400: '#38bdf8',
          500: '#0ea5e9',
          600: '#0284c7',
          700: '#0369a1',
          800: '#075985',
          900: '#0c4a6e',
          950: '#082f49',
        },
        blue: {
          50: '#eff6ff',
          100: '#dbeafe',
          200: '#bfdbfe',
          300: '#93c5fd',
          400: '#60a5fa',
          500: '#3b82f6',
          600: '#2563eb',
          700: '#1d4ed8',
          800: '#1e40af',
          900: '#1e3a8a',
          950: '#172554',
        },
        indigo: {
          50: '#eef2ff',
          100: '#e0e7ff',
          200: '#c7d2fe',
          300: '#a5b4fc',
          400: '#818cf8',
          500: '#6366f1',
          600: '#4f46e5',
          700: '#4338ca',
          800: '#3730a3',
          900: '#312e81',
          950: '#1e1b4b',
        },
        violet: {
          50: '#f5f3ff',
          100: '#ede9fe',
          200: '#ddd6fe',
          300: '#c4b5fd',
          400: '#a78bfa',
          500: '#8b5cf6',
          600: '#7c3aed',
          700: '#6d28d9',
          800: '#5b21b6',
          900: '#4c1d95',
          950: '#2e1065',
        },
        purple: {
          50: '#faf5ff',
          100: '#f3e8ff',
          200: '#e9d5ff',
          300: '#d8b4fe',
          400: '#c084fc',
          500: '#a855f7',
          600: '#9333ea',
          700: '#7e22ce',
          800: '#6b21a8',
          900: '#581c87',
          950: '#3b0764',
        },
        fuchsia: {
          50: '#fdf4ff',
          100: '#fae8ff',
          200: '#f5d0fe',
          300: '#f0abfc',
          400: '#e879f9',
          500: '#d946ef',
          600: '#c026d3',
          700: '#a21caf',
          800: '#86198f',
          900: '#701a75',
          950: '#4a044e',
        },
        pink: {
          50: '#fdf2f8',
          100: '#fce7f3',
          200: '#fbcfe8',
          300: '#f9a8d4',
          400: '#f472b6',
          500: '#ec4899',
          600: '#db2777',
          700: '#be185d',
          800: '#9d174d',
          900: '#831843',
          950: '#500724',
        },
        rose: {
          50: '#fff1f2',
          100: '#ffe4e6',
          200: '#fecdd3',
          300: '#fda4af',
          400: '#fb7185',
          500: '#f43f5e',
          600: '#e11d48',
          700: '#be123c',
          800: '#9f1239',
          900: '#881337',
          950: '#4c0519',
        },
        get lightBlue() {
          return qr({ version: 'v2.2', from: 'lightBlue', to: 'sky' }), this.sky
        },
        get warmGray() {
          return (
            qr({ version: 'v3.0', from: 'warmGray', to: 'stone' }), this.stone
          )
        },
        get trueGray() {
          return (
            qr({ version: 'v3.0', from: 'trueGray', to: 'neutral' }),
            this.neutral
          )
        },
        get coolGray() {
          return (
            qr({ version: 'v3.0', from: 'coolGray', to: 'gray' }), this.gray
          )
        },
        get blueGray() {
          return (
            qr({ version: 'v3.0', from: 'blueGray', to: 'slate' }), this.slate
          )
        },
      }
    })
  function Hs(r, ...e) {
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            }, {})
        },
        breakpoints(r) {
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    })
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      content: [],
      presets: [],
      darkMode: 'media',
      theme: {
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        animation: {
          none: 'none',
          spin: 'spin 1s linear infinite',
          ping: 'ping 1s cubic-bezier(0, 0, 0.2, 1) infinite',
          pulse: 'pulse 2s cubic-bezier(0.4, 0, 0.6, 1) infinite',
          bounce: 'bounce 1s infinite',
        },
        aria: {
          busy: 'busy="true"',
          checked: 'checked="true"',
          disabled: 'disabled="true"',
          expanded: 'expanded="true"',
          hidden: 'hidden="true"',
          pressed: 'pressed="true"',
          readonly: 'readonly="true"',
          required: 'required="true"',
          selected: 'selected="true"',
        },
        aspectRatio: { auto: 'auto', square: '1 / 1', video: '16 / 9' },
        backdropBlur: ({ theme: r }) => r('blur'),
        backdropBrightness: ({ theme: r }) => r('brightness'),
        backdropContrast: ({ theme: r }) => r('contrast'),
        backdropGrayscale: ({ theme: r }) => r('grayscale'),
        backdropHueRotate: ({ theme: r }) => r('hueRotate'),
        backdropInvert: ({ theme: r }) => r('invert'),
        backdropOpacity: ({ theme: r }) => r('opacity'),
        backdropSaturate: ({ theme: r }) => r('saturate'),
        backdropSepia: ({ theme: r }) => r('sepia'),
        backgroundColor: ({ theme: r }) => r('colors'),
        backgroundImage: {
          none: 'none',
          'gradient-to-t': 'linear-gradient(to top, var(--tw-gradient-stops))',
          'gradient-to-tr':
            'linear-gradient(to top right, var(--tw-gradient-stops))',
          'gradient-to-r':
            'linear-gradient(to right, var(--tw-gradient-stops))',
          'gradient-to-br':
            'linear-gradient(to bottom right, var(--tw-gradient-stops))',
          'gradient-to-b':
            'linear-gradient(to bottom, var(--tw-gradient-stops))',
          'gradient-to-bl':
            'linear-gradient(to bottom left, var(--tw-gradient-stops))',
          'gradient-to-l': 'linear-gradient(to left, var(--tw-gradient-stops))',
          'gradient-to-tl':
            'linear-gradient(to top left, var(--tw-gradient-stops))',
        },
        backgroundOpacity: ({ theme: r }) => r('opacity'),
        backgroundPosition: {
          bottom: 'bottom',
          center: 'center',
          left: 'left',
          'left-bottom': 'left bottom',
          'left-top': 'left top',
          right: 'right',
          'right-bottom': 'right bottom',
          'right-top': 'right top',
          top: 'top',
        },
        backgroundSize: { auto: 'auto', cover: 'cover', contain: 'contain' },
        blur: {
          0: '0',
          none: '',
          sm: '4px',
          DEFAULT: '8px',
          md: '12px',
          lg: '16px',
          xl: '24px',
          '2xl': '40px',
          '3xl': '64px',
        },
        borderColor: ({ theme: r }) => ({
          ...r('colors'),
          DEFAULT: r('colors.gray.200', 'currentColor'),
        }),
        borderOpacity: ({ theme: r }) => r('opacity'),
        borderRadius: {
          none: '0px',
          sm: '0.125rem',
          DEFAULT: '0.25rem',
          md: '0.375rem',
          lg: '0.5rem',
          xl: '0.75rem',
          '2xl': '1rem',
          '3xl': '1.5rem',
          full: '9999px',
        },
        borderSpacing: ({ theme: r }) => ({ ...r('spacing') }),
        borderWidth: { DEFAULT: '1px', 0: '0px', 2: '2px', 4: '4px', 8: '8px' },
        boxShadow: {
          sm: '0 1px 2px 0 rgb(0 0 0 / 0.05)',
          DEFAULT:
            '0 1px 3px 0 rgb(0 0 0 / 0.1), 0 1px 2px -1px rgb(0 0 0 / 0.1)',
          md: '0 4px 6px -1px rgb(0 0 0 / 0.1), 0 2px 4px -2px rgb(0 0 0 / 0.1)',
          lg: '0 10px 15px -3px rgb(0 0 0 / 0.1), 0 4px 6px -4px rgb(0 0 0 / 0.1)',
          xl: '0 20px 25px -5px rgb(0 0 0 / 0.1), 0 8px 10px -6px rgb(0 0 0 / 0.1)',
          '2xl': '0 25px 50px -12px rgb(0 0 0 / 0.25)',
          inner: 'inset 0 2px 4px 0 rgb(0 0 0 / 0.05)',
          none: 'none',
        },
        boxShadowColor: ({ theme: r }) => r('colors'),
        brightness: {
          0: '0',
          50: '.5',
          75: '.75',
          90: '.9',
          95: '.95',
          100: '1',
          105: '1.05',
          110: '1.1',
          125: '1.25',
          150: '1.5',
          200: '2',
        },
        caretColor: ({ theme: r }) => r('colors'),
        colors: ({ colors: r }) => ({
          inherit: r.inherit,
          current: r.current,
          transparent: r.transparent,
          black: r.black,
          white: r.white,
          slate: r.slate,
          gray: r.gray,
          zinc: r.zinc,
          neutral: r.neutral,
          stone: r.stone,
          red: r.red,
          orange: r.orange,
          amber: r.amber,
          yellow: r.yellow,
          lime: r.lime,
          green: r.green,
          emerald: r.emerald,
          teal: r.teal,
          cyan: r.cyan,
          sky: r.sky,
          blue: r.blue,
          indigo: r.indigo,
          violet: r.violet,
          purple: r.purple,
          fuchsia: r.fuchsia,
          pink: r.pink,
          rose: r.rose,
        }),
        columns: {
          auto: 'auto',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
          '3xs': '16rem',
          '2xs': '18rem',
          xs: '20rem',
          sm: '24rem',
          md: '28rem',
          lg: '32rem',
          xl: '36rem',
          '2xl': '42rem',
          '3xl': '48rem',
          '4xl': '56rem',
          '5xl': '64rem',
          '6xl': '72rem',
          '7xl': '80rem',
        },
        container: {},
        content: { none: 'none' },
        contrast: {
          0: '0',
          50: '.5',
          75: '.75',
          100: '1',
          125: '1.25',
          150: '1.5',
          200: '2',
        },
        cursor: {
          auto: 'auto',
          default: 'default',
          pointer: 'pointer',
          wait: 'wait',
          text: 'text',
          move: 'move',
          help: 'help',
          'not-allowed': 'not-allowed',
          none: 'none',
          'context-menu': 'context-menu',
          progress: 'progress',
          cell: 'cell',
          crosshair: 'crosshair',
          'vertical-text': 'vertical-text',
          alias: 'alias',
          copy: 'copy',
          'no-drop': 'no-drop',
          grab: 'grab',
          grabbing: 'grabbing',
          'all-scroll': 'all-scroll',
          'col-resize': 'col-resize',
          'row-resize': 'row-resize',
          'n-resize': 'n-resize',
          'e-resize': 'e-resize',
          's-resize': 's-resize',
          'w-resize': 'w-resize',
          'ne-resize': 'ne-resize',
          'nw-resize': 'nw-resize',
          'se-resize': 'se-resize',
          'sw-resize': 'sw-resize',
          'ew-resize': 'ew-resize',
          'ns-resize': 'ns-resize',
          'nesw-resize': 'nesw-resize',
          'nwse-resize': 'nwse-resize',
          'zoom-in': 'zoom-in',
          'zoom-out': 'zoom-out',
        },
        divideColor: ({ theme: r }) => r('borderColor'),
        divideOpacity: ({ theme: r }) => r('borderOpacity'),
        divideWidth: ({ theme: r }) => r('borderWidth'),
        dropShadow: {
          sm: '0 1px 1px rgb(0 0 0 / 0.05)',
          DEFAULT: [
            '0 1px 2px rgb(0 0 0 / 0.1)',
            '0 1px 1px rgb(0 0 0 / 0.06)',
          ],
          md: ['0 4px 3px rgb(0 0 0 / 0.07)', '0 2px 2px rgb(0 0 0 / 0.06)'],
          lg: ['0 10px 8px rgb(0 0 0 / 0.04)', '0 4px 3px rgb(0 0 0 / 0.1)'],
          xl: ['0 20px 13px rgb(0 0 0 / 0.03)', '0 8px 5px rgb(0 0 0 / 0.08)'],
          '2xl': '0 25px 25px rgb(0 0 0 / 0.15)',
          none: '0 0 #0000',
        },
        fill: ({ theme: r }) => ({ none: 'none', ...r('colors') }),
        flex: {
          1: '1 1 0%',
          auto: '1 1 auto',
          initial: '0 1 auto',
          none: 'none',
        },
        flexBasis: ({ theme: r }) => ({
          auto: 'auto',
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          '1/5': '20%',
          '2/5': '40%',
          '3/5': '60%',
          '4/5': '80%',
          '1/6': '16.666667%',
          '2/6': '33.333333%',
          '3/6': '50%',
          '4/6': '66.666667%',
          '5/6': '83.333333%',
          '1/12': '8.333333%',
          '2/12': '16.666667%',
          '3/12': '25%',
          '4/12': '33.333333%',
          '5/12': '41.666667%',
          '6/12': '50%',
          '7/12': '58.333333%',
          '8/12': '66.666667%',
          '9/12': '75%',
          '10/12': '83.333333%',
          '11/12': '91.666667%',
          full: '100%',
        }),
        flexGrow: { 0: '0', DEFAULT: '1' },
        flexShrink: { 0: '0', DEFAULT: '1' },
        fontFamily: {
          sans: [
            'ui-sans-serif',
            'system-ui',
            'sans-serif',
            '"Apple Color Emoji"',
            '"Segoe UI Emoji"',
            '"Segoe UI Symbol"',
            '"Noto Color Emoji"',
          ],
          serif: [
            'ui-serif',
            'Georgia',
            'Cambria',
            '"Times New Roman"',
            'Times',
            'serif',
          ],
          mono: [
            'ui-monospace',
            'SFMono-Regular',
            'Menlo',
            'Monaco',
            'Consolas',
            '"Liberation Mono"',
            '"Courier New"',
            'monospace',
          ],
        },
        fontSize: {
          xs: ['0.75rem', { lineHeight: '1rem' }],
          sm: ['0.875rem', { lineHeight: '1.25rem' }],
          base: ['1rem', { lineHeight: '1.5rem' }],
          lg: ['1.125rem', { lineHeight: '1.75rem' }],
          xl: ['1.25rem', { lineHeight: '1.75rem' }],
          '2xl': ['1.5rem', { lineHeight: '2rem' }],
          '3xl': ['1.875rem', { lineHeight: '2.25rem' }],
          '4xl': ['2.25rem', { lineHeight: '2.5rem' }],
          '5xl': ['3rem', { lineHeight: '1' }],
          '6xl': ['3.75rem', { lineHeight: '1' }],
          '7xl': ['4.5rem', { lineHeight: '1' }],
          '8xl': ['6rem', { lineHeight: '1' }],
          '9xl': ['8rem', { lineHeight: '1' }],
        },
        fontWeight: {
          thin: '100',
          extralight: '200',
          light: '300',
          normal: '400',
          medium: '500',
          semibold: '600',
          bold: '700',
          extrabold: '800',
          black: '900',
        },
        gap: ({ theme: r }) => r('spacing'),
        gradientColorStops: ({ theme: r }) => r('colors'),
        gradientColorStopPositions: {
          '0%': '0%',
          '5%': '5%',
          '10%': '10%',
          '15%': '15%',
          '20%': '20%',
          '25%': '25%',
          '30%': '30%',
          '35%': '35%',
          '40%': '40%',
          '45%': '45%',
          '50%': '50%',
          '55%': '55%',
          '60%': '60%',
          '65%': '65%',
          '70%': '70%',
          '75%': '75%',
          '80%': '80%',
          '85%': '85%',
          '90%': '90%',
          '95%': '95%',
          '100%': '100%',
        },
        grayscale: { 0: '0', DEFAULT: '100%' },
        gridAutoColumns: {
          auto: 'auto',
          min: 'min-content',
          max: 'max-content',
          fr: 'minmax(0, 1fr)',
        },
        gridAutoRows: {
          auto: 'auto',
          min: 'min-content',
          max: 'max-content',
          fr: 'minmax(0, 1fr)',
        },
        gridColumn: {
          auto: 'auto',
          'span-1': 'span 1 / span 1',
          'span-2': 'span 2 / span 2',
          'span-3': 'span 3 / span 3',
          'span-4': 'span 4 / span 4',
          'span-5': 'span 5 / span 5',
          'span-6': 'span 6 / span 6',
          'span-7': 'span 7 / span 7',
          'span-8': 'span 8 / span 8',
          'span-9': 'span 9 / span 9',
          'span-10': 'span 10 / span 10',
          'span-11': 'span 11 / span 11',
          'span-12': 'span 12 / span 12',
          'span-full': '1 / -1',
        },
        gridColumnEnd: {
          auto: 'auto',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
          13: '13',
        },
        gridColumnStart: {
          auto: 'auto',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
          13: '13',
        },
        gridRow: {
          auto: 'auto',
          'span-1': 'span 1 / span 1',
          'span-2': 'span 2 / span 2',
          'span-3': 'span 3 / span 3',
          'span-4': 'span 4 / span 4',
          'span-5': 'span 5 / span 5',
          'span-6': 'span 6 / span 6',
          'span-7': 'span 7 / span 7',
          'span-8': 'span 8 / span 8',
          'span-9': 'span 9 / span 9',
          'span-10': 'span 10 / span 10',
          'span-11': 'span 11 / span 11',
          'span-12': 'span 12 / span 12',
          'span-full': '1 / -1',
        },
        gridRowEnd: {
          auto: 'auto',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
          13: '13',
        },
        gridRowStart: {
          auto: 'auto',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
          13: '13',
        },
        gridTemplateColumns: {
          none: 'none',
          subgrid: 'subgrid',
          1: 'repeat(1, minmax(0, 1fr))',
          2: 'repeat(2, minmax(0, 1fr))',
          3: 'repeat(3, minmax(0, 1fr))',
          4: 'repeat(4, minmax(0, 1fr))',
          5: 'repeat(5, minmax(0, 1fr))',
          6: 'repeat(6, minmax(0, 1fr))',
          7: 'repeat(7, minmax(0, 1fr))',
          8: 'repeat(8, minmax(0, 1fr))',
          9: 'repeat(9, minmax(0, 1fr))',
          10: 'repeat(10, minmax(0, 1fr))',
          11: 'repeat(11, minmax(0, 1fr))',
          12: 'repeat(12, minmax(0, 1fr))',
        },
        gridTemplateRows: {
          none: 'none',
          subgrid: 'subgrid',
          1: 'repeat(1, minmax(0, 1fr))',
          2: 'repeat(2, minmax(0, 1fr))',
          3: 'repeat(3, minmax(0, 1fr))',
          4: 'repeat(4, minmax(0, 1fr))',
          5: 'repeat(5, minmax(0, 1fr))',
          6: 'repeat(6, minmax(0, 1fr))',
          7: 'repeat(7, minmax(0, 1fr))',
          8: 'repeat(8, minmax(0, 1fr))',
          9: 'repeat(9, minmax(0, 1fr))',
          10: 'repeat(10, minmax(0, 1fr))',
          11: 'repeat(11, minmax(0, 1fr))',
          12: 'repeat(12, minmax(0, 1fr))',
        },
        height: ({ theme: r }) => ({
          auto: 'auto',
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          '1/5': '20%',
          '2/5': '40%',
          '3/5': '60%',
          '4/5': '80%',
          '1/6': '16.666667%',
          '2/6': '33.333333%',
          '3/6': '50%',
          '4/6': '66.666667%',
          '5/6': '83.333333%',
          full: '100%',
          screen: '100vh',
          svh: '100svh',
          lvh: '100lvh',
          dvh: '100dvh',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
        }),
        hueRotate: {
          0: '0deg',
          15: '15deg',
          30: '30deg',
          60: '60deg',
          90: '90deg',
          180: '180deg',
        },
        inset: ({ theme: r }) => ({
          auto: 'auto',
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          full: '100%',
        }),
        invert: { 0: '0', DEFAULT: '100%' },
        keyframes: {
          spin: { to: { transform: 'rotate(360deg)' } },
          ping: { '75%, 100%': { transform: 'scale(2)', opacity: '0' } },
          pulse: { '50%': { opacity: '.5' } },
          bounce: {
            '0%, 100%': {
              transform: 'translateY(-25%)',
              animationTimingFunction: 'cubic-bezier(0.8,0,1,1)',
            },
            '50%': {
              transform: 'none',
              animationTimingFunction: 'cubic-bezier(0,0,0.2,1)',
            },
          },
        },
        letterSpacing: {
          tighter: '-0.05em',
          tight: '-0.025em',
          normal: '0em',
          wide: '0.025em',
          wider: '0.05em',
          widest: '0.1em',
        },
        lineHeight: {
          none: '1',
          tight: '1.25',
          snug: '1.375',
          normal: '1.5',
          relaxed: '1.625',
          loose: '2',
          3: '.75rem',
          4: '1rem',
          5: '1.25rem',
          6: '1.5rem',
          7: '1.75rem',
          8: '2rem',
          9: '2.25rem',
          10: '2.5rem',
        },
        listStyleType: { none: 'none', disc: 'disc', decimal: 'decimal' },
        listStyleImage: { none: 'none' },
        margin: ({ theme: r }) => ({ auto: 'auto', ...r('spacing') }),
        lineClamp: { 1: '1', 2: '2', 3: '3', 4: '4', 5: '5', 6: '6' },
        maxHeight: ({ theme: r }) => ({
          ...r('spacing'),
          none: 'none',
          full: '100%',
          screen: '100vh',
          svh: '100svh',
          lvh: '100lvh',
          dvh: '100dvh',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
        }),
        maxWidth: ({ theme: r, breakpoints: e }) => ({
          ...r('spacing'),
          none: 'none',
          xs: '20rem',
          sm: '24rem',
          md: '28rem',
          lg: '32rem',
          xl: '36rem',
          '2xl': '42rem',
          '3xl': '48rem',
          '4xl': '56rem',
          '5xl': '64rem',
          '6xl': '72rem',
          '7xl': '80rem',
          full: '100%',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
          prose: '65ch',
          ...e(r('screens')),
        }),
        minHeight: ({ theme: r }) => ({
          ...r('spacing'),
          full: '100%',
          screen: '100vh',
          svh: '100svh',
          lvh: '100lvh',
          dvh: '100dvh',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
        }),
        minWidth: ({ theme: r }) => ({
          ...r('spacing'),
          full: '100%',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
        }),
        objectPosition: {
          bottom: 'bottom',
          center: 'center',
          left: 'left',
          'left-bottom': 'left bottom',
          'left-top': 'left top',
          right: 'right',
          'right-bottom': 'right bottom',
          'right-top': 'right top',
          top: 'top',
        },
        opacity: {
          0: '0',
          5: '0.05',
          10: '0.1',
          15: '0.15',
          20: '0.2',
          25: '0.25',
          30: '0.3',
          35: '0.35',
          40: '0.4',
          45: '0.45',
          50: '0.5',
          55: '0.55',
          60: '0.6',
          65: '0.65',
          70: '0.7',
          75: '0.75',
          80: '0.8',
          85: '0.85',
          90: '0.9',
          95: '0.95',
          100: '1',
        },
        order: {
          first: '-9999',
          last: '9999',
          none: '0',
          1: '1',
          2: '2',
          3: '3',
          4: '4',
          5: '5',
          6: '6',
          7: '7',
          8: '8',
          9: '9',
          10: '10',
          11: '11',
          12: '12',
        },
        outlineColor: ({ theme: r }) => r('colors'),
        outlineOffset: { 0: '0px', 1: '1px', 2: '2px', 4: '4px', 8: '8px' },
        outlineWidth: { 0: '0px', 1: '1px', 2: '2px', 4: '4px', 8: '8px' },
        padding: ({ theme: r }) => r('spacing'),
        placeholderColor: ({ theme: r }) => r('colors'),
        placeholderOpacity: ({ theme: r }) => r('opacity'),
        ringColor: ({ theme: r }) => ({
          DEFAULT: r('colors.blue.500', '#3b82f6'),
          ...r('colors'),
        }),
        ringOffsetColor: ({ theme: r }) => r('colors'),
        ringOffsetWidth: { 0: '0px', 1: '1px', 2: '2px', 4: '4px', 8: '8px' },
        ringOpacity: ({ theme: r }) => ({ DEFAULT: '0.5', ...r('opacity') }),
        ringWidth: {
          DEFAULT: '3px',
          0: '0px',
          1: '1px',
          2: '2px',
          4: '4px',
          8: '8px',
        },
        rotate: {
          0: '0deg',
          1: '1deg',
          2: '2deg',
          3: '3deg',
          6: '6deg',
          12: '12deg',
          45: '45deg',
          90: '90deg',
          180: '180deg',
        },
        saturate: { 0: '0', 50: '.5', 100: '1', 150: '1.5', 200: '2' },
        scale: {
          0: '0',
          50: '.5',
          75: '.75',
          90: '.9',
          95: '.95',
          100: '1',
          105: '1.05',
          110: '1.1',
          125: '1.25',
          150: '1.5',
        },
        screens: {
          sm: '640px',
          md: '768px',
          lg: '1024px',
          xl: '1280px',
          '2xl': '1536px',
        },
        scrollMargin: ({ theme: r }) => ({ ...r('spacing') }),
        scrollPadding: ({ theme: r }) => r('spacing'),
        sepia: { 0: '0', DEFAULT: '100%' },
        skew: {
          0: '0deg',
          1: '1deg',
          2: '2deg',
          3: '3deg',
          6: '6deg',
          12: '12deg',
        },
        space: ({ theme: r }) => ({ ...r('spacing') }),
        spacing: {
          px: '1px',
          0: '0px',
          0.5: '0.125rem',
          1: '0.25rem',
          1.5: '0.375rem',
          2: '0.5rem',
          2.5: '0.625rem',
          3: '0.75rem',
          3.5: '0.875rem',
          4: '1rem',
          5: '1.25rem',
          6: '1.5rem',
          7: '1.75rem',
          8: '2rem',
          9: '2.25rem',
          10: '2.5rem',
          11: '2.75rem',
          12: '3rem',
          14: '3.5rem',
          16: '4rem',
          20: '5rem',
          24: '6rem',
          28: '7rem',
          32: '8rem',
          36: '9rem',
          40: '10rem',
          44: '11rem',
          48: '12rem',
          52: '13rem',
          56: '14rem',
          60: '15rem',
          64: '16rem',
          72: '18rem',
          80: '20rem',
          96: '24rem',
        },
        stroke: ({ theme: r }) => ({ none: 'none', ...r('colors') }),
        strokeWidth: { 0: '0', 1: '1', 2: '2' },
        supports: {},
        data: {},
        textColor: ({ theme: r }) => r('colors'),
        textDecorationColor: ({ theme: r }) => r('colors'),
        textDecorationThickness: {
          auto: 'auto',
          'from-font': 'from-font',
          0: '0px',
          1: '1px',
          2: '2px',
          4: '4px',
          8: '8px',
        },
        textIndent: ({ theme: r }) => ({ ...r('spacing') }),
        textOpacity: ({ theme: r }) => r('opacity'),
        textUnderlineOffset: {
          auto: 'auto',
          0: '0px',
          1: '1px',
          2: '2px',
          4: '4px',
          8: '8px',
        },
        transformOrigin: {
          center: 'center',
          top: 'top',
          'top-right': 'top right',
          right: 'right',
          'bottom-right': 'bottom right',
          bottom: 'bottom',
          'bottom-left': 'bottom left',
          left: 'left',
          'top-left': 'top left',
        },
        transitionDelay: {
          0: '0s',
          75: '75ms',
          100: '100ms',
          150: '150ms',
          200: '200ms',
          300: '300ms',
          500: '500ms',
          700: '700ms',
          1e3: '1000ms',
        },
        transitionDuration: {
          DEFAULT: '150ms',
          0: '0s',
          75: '75ms',
          100: '100ms',
          150: '150ms',
          200: '200ms',
          300: '300ms',
          500: '500ms',
          700: '700ms',
          1e3: '1000ms',
        },
        transitionProperty: {
          none: 'none',
          all: 'all',
          DEFAULT:
            'color, background-color, border-color, text-decoration-color, fill, stroke, opacity, box-shadow, transform, filter, backdrop-filter',
          colors:
            'color, background-color, border-color, text-decoration-color, fill, stroke',
          opacity: 'opacity',
          shadow: 'box-shadow',
          transform: 'transform',
        },
        transitionTimingFunction: {
          DEFAULT: 'cubic-bezier(0.4, 0, 0.2, 1)',
          linear: 'linear',
          in: 'cubic-bezier(0.4, 0, 1, 1)',
          out: 'cubic-bezier(0, 0, 0.2, 1)',
          'in-out': 'cubic-bezier(0.4, 0, 0.2, 1)',
        },
        translate: ({ theme: r }) => ({
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          full: '100%',
        }),
        size: ({ theme: r }) => ({
          auto: 'auto',
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          '1/5': '20%',
          '2/5': '40%',
          '3/5': '60%',
          '4/5': '80%',
          '1/6': '16.666667%',
          '2/6': '33.333333%',
          '3/6': '50%',
          '4/6': '66.666667%',
          '5/6': '83.333333%',
          '1/12': '8.333333%',
          '2/12': '16.666667%',
          '3/12': '25%',
          '4/12': '33.333333%',
          '5/12': '41.666667%',
          '6/12': '50%',
          '7/12': '58.333333%',
          '8/12': '66.666667%',
          '9/12': '75%',
          '10/12': '83.333333%',
          '11/12': '91.666667%',
          full: '100%',
          min: 'min-content',
          max: 'max-content',
          fit: 'fit-content',
        }),
        width: ({ theme: r }) => ({
          auto: 'auto',
          ...r('spacing'),
          '1/2': '50%',
          '1/3': '33.333333%',
          '2/3': '66.666667%',
          '1/4': '25%',
          '2/4': '50%',
          '3/4': '75%',
          '1/5': '20%',
          '2/5': '40%',
          '3/5': '60%',
          '4/5': '80%',
          '1/6': '16.666667%',
          '2/6': '33.333333%',
          '3/6': '50%',
          '4/6': '66.666667%',
          '5/6': '83.333333%',
          '1/12': '8.333333%',
          '2/12': '16.666667%',
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          '4/12': '33.333333%',
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        }
        setMessage() {
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        showSourceCode(e) {
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                  S =
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                  i(h) +
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                  n('^')
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`,
      beforeClose: `
`,
      beforeComment: `
`,
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`,
      beforeOpen: ' ',
      beforeRule: `
`,
      colon: ': ',
      commentLeft: ' ',
      commentRight: ' ',
      emptyBody: '',
      indent: '    ',
      semicolon: !1,
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        )
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          let s = (e.raws.between || '') + (t ? ';' : '')
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      }
      beforeAfter(e, t) {
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`)
        ) {
          let a = this.raw(e, null, 'indent')
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      block(e, t) {
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        e.nodes && e.nodes.length
          ? (this.body(e), (n = this.raw(e, 'after')))
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          n && this.builder(n),
          this.builder('}', e, 'end')
      }
      body(e) {
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        let i = this.raw(e, 'semicolon')
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          let s = e.nodes[n],
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        }
      }
      comment(e) {
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          i = this.raw(e, 'right', 'commentRight')
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      decl(e, t) {
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          n = e.prop + i + this.rawValue(e, 'value')
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      document(e) {
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              })
        }
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      }
      rawBeforeClose(e) {
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          e.walk((i) => {
            if (
              i.nodes &&
              i.nodes.length > 0 &&
              typeof i.raws.after != 'undefined'
            )
              return (
                (t = i.raws.after),
                t.includes(`
`) && (t = t.replace(/[^\n]+$/, '')),
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          t
        )
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      rawBeforeComment(e, t) {
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`) && (i = i.replace(/[^\n]+$/, '')),
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      rawBeforeDecl(e, t) {
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                (i = n.raws.before),
                i.includes(`
`) && (i = i.replace(/[^\n]+$/, '')),
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              )
          }),
          typeof i == 'undefined'
            ? (i = this.raw(t, null, 'beforeRule'))
            : i && (i = i.replace(/\S/g, '')),
          i
        )
      }
      rawBeforeOpen(e) {
        let t
        return (
          e.walk((i) => {
            if (
              i.type !== 'decl' &&
              ((t = i.raws.between), typeof t != 'undefined')
            )
              return !1
          }),
          t
        )
      }
      rawBeforeRule(e) {
        let t
        return (
          e.walk((i) => {
            if (
              i.nodes &&
              (i.parent !== e || e.first !== i) &&
              typeof i.raws.before != 'undefined'
            )
              return (
                (t = i.raws.before),
                t.includes(`
`) && (t = t.replace(/[^\n]+$/, '')),
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              )
          }),
          t && (t = t.replace(/\S/g, '')),
          t
        )
      }
      rawColon(e) {
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        return (
          e.walkDecls((i) => {
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              return (t = i.raws.between.replace(/[^\s:]/g, '')), !1
          }),
          t
        )
      }
      rawEmptyBody(e) {
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            if (
              i.nodes &&
              i.nodes.length === 0 &&
              ((t = i.raws.after), typeof t != 'undefined')
            )
              return !1
          }),
          t
        )
      }
      rawIndent(e) {
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        return (
          e.walk((i) => {
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              n &&
              n !== e &&
              n.parent &&
              n.parent === e &&
              typeof i.raws.before != 'undefined'
            ) {
              let s = i.raws.before.split(`
`)
              return (t = s[s.length - 1]), (t = t.replace(/\S/g, '')), !1
            }
          }),
          t
        )
      }
      rawSemicolon(e) {
        let t
        return (
          e.walk((i) => {
            if (
              i.nodes &&
              i.nodes.length &&
              i.last.type === 'decl' &&
              ((t = i.raws.semicolon), typeof t != 'undefined')
            )
              return !1
          }),
          t
        )
      }
      rawValue(e, t) {
        let i = e[t],
          n = e.raws[t]
        return n && n.value === i ? n.raw : i
      }
      root(e) {
        this.body(e), e.raws.after && this.builder(e.raws.after)
      }
      rule(e) {
        this.block(e, this.rawValue(e, 'selector')),
          e.raws.ownSemicolon && this.builder(e.raws.ownSemicolon, e, 'end')
      }
      stringify(e, t) {
        if (!this[e.type])
          throw new Error(
            'Unknown AST node type ' +
              e.type +
              '. Maybe you need to change PostCSS stringifier.'
          )
        this[e.type](e, t)
      }
    }
    dc.exports = on
    on.default = on
  })
  var Vr = x((k3, hc) => {
    u()
    ;('use strict')
    var xx = fa()
    function ca(r, e) {
      new xx(e).stringify(r)
    }
    hc.exports = ca
    ca.default = ca
  })
  var ln = x((S3, pa) => {
    u()
    ;('use strict')
    pa.exports.isClean = Symbol('isClean')
    pa.exports.my = Symbol('my')
  })
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    ;('use strict')
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      Sx = fa(),
      Ax = Vr(),
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          ? e && (t[i] = e)
          : i === 'source'
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          ? (t[i] = n.map((a) => da(a, t)))
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      return t
    }
    function Wr(r, e) {
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        i = 1,
        n = 0
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          n = s
          break
        }
        r[s] ===
        `
`
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          : (t += 1)
      }
      return n
    }
    var un = class {
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        ;(this.raws = {}), (this[Hr] = !1), (this[Cx] = !0)
        for (let t in e)
          if (t === 'nodes') {
            this.nodes = []
            for (let i of e[t])
              typeof i.clone == 'function'
                ? this.append(i.clone())
                : this.append(i)
          } else this[t] = e[t]
      }
      addToError(e) {
        if (
          ((e.postcssNode = this),
          e.stack && this.source && /\n\s{4}at /.test(e.stack))
        ) {
          let t = this.source
          e.stack = e.stack.replace(
            /\n\s{4}at /,
            `$&${t.input.from}:${t.start.line}:${t.start.column}$&`
          )
        }
        return e
      }
      after(e) {
        return this.parent.insertAfter(this, e), this
      }
      assign(e = {}) {
        for (let t in e) this[t] = e[t]
        return this
      }
      before(e) {
        return this.parent.insertBefore(this, e), this
      }
      cleanRaws(e) {
        delete this.raws.before,
          delete this.raws.after,
          e || delete this.raws.between
      }
      clone(e = {}) {
        let t = da(this)
        for (let i in e) t[i] = e[i]
        return t
      }
      cloneAfter(e = {}) {
        let t = this.clone(e)
        return this.parent.insertAfter(this, t), t
      }
      cloneBefore(e = {}) {
        let t = this.clone(e)
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      }
      error(e, t = {}) {
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            { column: i.column, line: i.line },
            t
          )
        }
        return new kx(e)
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      getProxyProcessor() {
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              : t === 'root'
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              : e[t]
          },
          set(e, t, i) {
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              e[t] === i ||
                ((e[t] = i),
                (t === 'prop' ||
                  t === 'value' ||
                  t === 'name' ||
                  t === 'params' ||
                  t === 'important' ||
                  t === 'text') &&
                  e.markDirty()),
              !0
            )
          },
        }
      }
      markClean() {
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      }
      markDirty() {
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          let e = this
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      next() {
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      }
      positionBy(e) {
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      }
      positionInside(e) {
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`
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            : (t += 1)
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      prev() {
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        return this.parent.nodes[e - 1]
      }
      rangeBy(e) {
        let t = {
            column: this.source.start.column,
            line: this.source.start.line,
          },
          i = this.source.end
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            )
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            (i = this.positionInside(s + e.word.length)))
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              ? (i = this.positionInside(e.endIndex))
              : e.index && (i = this.positionInside(e.index + 1))
        return (
          (i.line < t.line || (i.line === t.line && i.column <= t.column)) &&
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        )
      }
      raw(e, t) {
        return new Sx().raw(this, e, t)
      }
      remove() {
        return (
          this.parent && this.parent.removeChild(this),
          (this.parent = void 0),
          this
        )
      }
      replaceWith(...e) {
        if (this.parent) {
          let t = this,
            i = !1
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            n === this
              ? (i = !0)
              : i
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              : this.parent.insertBefore(t, n)
          i || this.remove()
        }
        return this
      }
      root() {
        let e = this
        for (; e.parent && e.parent.type !== 'document'; ) e = e.parent
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      }
      toJSON(e, t) {
        let i = {},
          n = t == null
        t = t || new Map()
        let s = 0
        for (let a in this) {
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            a === 'proxyCache'
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            )
          else if (typeof o == 'object' && o.toJSON) i[a] = o.toJSON(null, t)
          else if (a === 'source') {
            let l = t.get(o.input)
            l == null && ((l = s), t.set(o.input, s), s++),
              (i[a] = { end: o.end, inputId: l, start: o.start })
          } else i[a] = o
        }
        return n && (i.inputs = [...t.keys()].map((a) => a.toJSON())), i
      }
      toProxy() {
        return (
          this.proxyCache ||
            (this.proxyCache = new Proxy(this, this.getProxyProcessor())),
          this.proxyCache
        )
      }
      toString(e = Ax) {
        e.stringify && (e = e.stringify)
        let t = ''
        return (
          e(this, (i) => {
            t += i
          }),
          t
        )
      }
      warn(e, t, i) {
        let n = { node: this }
        for (let s in i) n[s] = i[s]
        return e.warn(t, n)
      }
      get proxyOf() {
        return this
      }
    }
    mc.exports = un
    un.default = un
  })
  var Qr = x((C3, gc) => {
    u()
    ;('use strict')
    var _x = Gr(),
      fn = class extends _x {
        constructor(e) {
          super(e)
          this.type = 'comment'
        }
      }
    gc.exports = fn
    fn.default = fn
  })
  var Yr = x((_3, yc) => {
    u()
    ;('use strict')
    var Ex = Gr(),
      cn = class extends Ex {
        constructor(e) {
          e &&
            typeof e.value != 'undefined' &&
            typeof e.value != 'string' &&
            (e = { ...e, value: String(e.value) })
          super(e)
          this.type = 'decl'
        }
        get variable() {
          return this.prop.startsWith('--') || this.prop[0] === '$'
        }
      }
    yc.exports = cn
    cn.default = cn
  })
  var Et = x((E3, _c) => {
    u()
    ;('use strict')
    var bc = Qr(),
      wc = Yr(),
      Ox = Gr(),
      { isClean: vc, my: xc } = ln(),
      ha,
      kc,
      Sc,
      ma
    function Ac(r) {
      return r.map(
        (e) => (e.nodes && (e.nodes = Ac(e.nodes)), delete e.source, e)
      )
    }
    function Cc(r) {
      if (((r[vc] = !1), r.proxyOf.nodes)) for (let e of r.proxyOf.nodes) Cc(e)
    }
    var Fe = class extends Ox {
      append(...e) {
        for (let t of e) {
          let i = this.normalize(t, this.last)
          for (let n of i) this.proxyOf.nodes.push(n)
        }
        return this.markDirty(), this
      }
      cleanRaws(e) {
        if ((super.cleanRaws(e), this.nodes))
          for (let t of this.nodes) t.cleanRaws(e)
      }
      each(e) {
        if (!this.proxyOf.nodes) return
        let t = this.getIterator(),
          i,
          n
        for (
          ;
          this.indexes[t] < this.proxyOf.nodes.length &&
          ((i = this.indexes[t]), (n = e(this.proxyOf.nodes[i], i)), n !== !1);

        )
          this.indexes[t] += 1
        return delete this.indexes[t], n
      }
      every(e) {
        return this.nodes.every(e)
      }
      getIterator() {
        this.lastEach || (this.lastEach = 0),
          this.indexes || (this.indexes = {}),
          (this.lastEach += 1)
        let e = this.lastEach
        return (this.indexes[e] = 0), e
      }
      getProxyProcessor() {
        return {
          get(e, t) {
            return t === 'proxyOf'
              ? e
              : e[t]
              ? t === 'each' || (typeof t == 'string' && t.startsWith('walk'))
                ? (...i) =>
                    e[t](
                      ...i.map((n) =>
                        typeof n == 'function' ? (s, a) => n(s.toProxy(), a) : n
                      )
                    )
                : t === 'every' || t === 'some'
                ? (i) => e[t]((n, ...s) => i(n.toProxy(), ...s))
                : t === 'root'
                ? () => e.root().toProxy()
                : t === 'nodes'
                ? e.nodes.map((i) => i.toProxy())
                : t === 'first' || t === 'last'
                ? e[t].toProxy()
                : e[t]
              : e[t]
          },
          set(e, t, i) {
            return (
              e[t] === i ||
                ((e[t] = i),
                (t === 'name' || t === 'params' || t === 'selector') &&
                  e.markDirty()),
              !0
            )
          },
        }
      }
      index(e) {
        return typeof e == 'number'
          ? e
          : (e.proxyOf && (e = e.proxyOf), this.proxyOf.nodes.indexOf(e))
      }
      insertAfter(e, t) {
        let i = this.index(e),
          n = this.normalize(t, this.proxyOf.nodes[i]).reverse()
        i = this.index(e)
        for (let a of n) this.proxyOf.nodes.splice(i + 1, 0, a)
        let s
        for (let a in this.indexes)
          (s = this.indexes[a]), i < s && (this.indexes[a] = s + n.length)
        return this.markDirty(), this
      }
      insertBefore(e, t) {
        let i = this.index(e),
          n = i === 0 ? 'prepend' : !1,
          s = this.normalize(t, this.proxyOf.nodes[i], n).reverse()
        i = this.index(e)
        for (let o of s) this.proxyOf.nodes.splice(i, 0, o)
        let a
        for (let o in this.indexes)
          (a = this.indexes[o]), i <= a && (this.indexes[o] = a + s.length)
        return this.markDirty(), this
      }
      normalize(e, t) {
        if (typeof e == 'string') e = Ac(kc(e).nodes)
        else if (typeof e == 'undefined') e = []
        else if (Array.isArray(e)) {
          e = e.slice(0)
          for (let n of e) n.parent && n.parent.removeChild(n, 'ignore')
        } else if (e.type === 'root' && this.type !== 'document') {
          e = e.nodes.slice(0)
          for (let n of e) n.parent && n.parent.removeChild(n, 'ignore')
        } else if (e.type) e = [e]
        else if (e.prop) {
          if (typeof e.value == 'undefined')
            throw new Error('Value field is missed in node creation')
          typeof e.value != 'string' && (e.value = String(e.value)),
            (e = [new wc(e)])
        } else if (e.selector || e.selectors) e = [new ma(e)]
        else if (e.name) e = [new ha(e)]
        else if (e.text) e = [new bc(e)]
        else throw new Error('Unknown node type in node creation')
        return e.map(
          (n) => (
            n[xc] || Fe.rebuild(n),
            (n = n.proxyOf),
            n.parent && n.parent.removeChild(n),
            n[vc] && Cc(n),
            n.raws || (n.raws = {}),
            typeof n.raws.before == 'undefined' &&
              t &&
              typeof t.raws.before != 'undefined' &&
              (n.raws.before = t.raws.before.replace(/\S/g, '')),
            (n.parent = this.proxyOf),
            n
          )
        )
      }
      prepend(...e) {
        e = e.reverse()
        for (let t of e) {
          let i = this.normalize(t, this.first, 'prepend').reverse()
          for (let n of i) this.proxyOf.nodes.unshift(n)
          for (let n in this.indexes)
            this.indexes[n] = this.indexes[n] + i.length
        }
        return this.markDirty(), this
      }
      push(e) {
        return (e.parent = this), this.proxyOf.nodes.push(e), this
      }
      removeAll() {
        for (let e of this.proxyOf.nodes) e.parent = void 0
        return (this.proxyOf.nodes = []), this.markDirty(), this
      }
      removeChild(e) {
        ;(e = this.index(e)),
          (this.proxyOf.nodes[e].parent = void 0),
          this.proxyOf.nodes.splice(e, 1)
        let t
        for (let i in this.indexes)
          (t = this.indexes[i]), t >= e && (this.indexes[i] = t - 1)
        return this.markDirty(), this
      }
      replaceValues(e, t, i) {
        return (
          i || ((i = t), (t = {})),
          this.walkDecls((n) => {
            ;(t.props && !t.props.includes(n.prop)) ||
              (t.fast && !n.value.includes(t.fast)) ||
              (n.value = n.value.replace(e, i))
          }),
          this.markDirty(),
          this
        )
      }
      some(e) {
        return this.nodes.some(e)
      }
      walk(e) {
        return this.each((t, i) => {
          let n
          try {
            n = e(t, i)
          } catch (s) {
            throw t.addToError(s)
          }
          return n !== !1 && t.walk && (n = t.walk(e)), n
        })
      }
      walkAtRules(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((i, n) => {
                if (i.type === 'atrule' && e.test(i.name)) return t(i, n)
              })
            : this.walk((i, n) => {
                if (i.type === 'atrule' && i.name === e) return t(i, n)
              })
          : ((t = e),
            this.walk((i, n) => {
              if (i.type === 'atrule') return t(i, n)
            }))
      }
      walkComments(e) {
        return this.walk((t, i) => {
          if (t.type === 'comment') return e(t, i)
        })
      }
      walkDecls(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((i, n) => {
                if (i.type === 'decl' && e.test(i.prop)) return t(i, n)
              })
            : this.walk((i, n) => {
                if (i.type === 'decl' && i.prop === e) return t(i, n)
              })
          : ((t = e),
            this.walk((i, n) => {
              if (i.type === 'decl') return t(i, n)
            }))
      }
      walkRules(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((i, n) => {
                if (i.type === 'rule' && e.test(i.selector)) return t(i, n)
              })
            : this.walk((i, n) => {
                if (i.type === 'rule' && i.selector === e) return t(i, n)
              })
          : ((t = e),
            this.walk((i, n) => {
              if (i.type === 'rule') return t(i, n)
            }))
      }
      get first() {
        if (!!this.proxyOf.nodes) return this.proxyOf.nodes[0]
      }
      get last() {
        if (!!this.proxyOf.nodes)
          return this.proxyOf.nodes[this.proxyOf.nodes.length - 1]
      }
    }
    Fe.registerParse = (r) => {
      kc = r
    }
    Fe.registerRule = (r) => {
      ma = r
    }
    Fe.registerAtRule = (r) => {
      ha = r
    }
    Fe.registerRoot = (r) => {
      Sc = r
    }
    _c.exports = Fe
    Fe.default = Fe
    Fe.rebuild = (r) => {
      r.type === 'atrule'
        ? Object.setPrototypeOf(r, ha.prototype)
        : r.type === 'rule'
        ? Object.setPrototypeOf(r, ma.prototype)
        : r.type === 'decl'
        ? Object.setPrototypeOf(r, wc.prototype)
        : r.type === 'comment'
        ? Object.setPrototypeOf(r, bc.prototype)
        : r.type === 'root' && Object.setPrototypeOf(r, Sc.prototype),
        (r[xc] = !0),
        r.nodes &&
          r.nodes.forEach((e) => {
            Fe.rebuild(e)
          })
    }
  })
  var pn = x((O3, Oc) => {
    u()
    ;('use strict')
    var Ec = Et(),
      Kr = class extends Ec {
        constructor(e) {
          super(e)
          this.type = 'atrule'
        }
        append(...e) {
          return this.proxyOf.nodes || (this.nodes = []), super.append(...e)
        }
        prepend(...e) {
          return this.proxyOf.nodes || (this.nodes = []), super.prepend(...e)
        }
      }
    Oc.exports = Kr
    Kr.default = Kr
    Ec.registerAtRule(Kr)
  })
  var dn = x((T3, Pc) => {
    u()
    ;('use strict')
    var Tx = Et(),
      Tc,
      Rc,
      er = class extends Tx {
        constructor(e) {
          super({ type: 'document', ...e })
          this.nodes || (this.nodes = [])
        }
        toResult(e = {}) {
          return new Tc(new Rc(), this, e).stringify()
        }
      }
    er.registerLazyResult = (r) => {
      Tc = r
    }
    er.registerProcessor = (r) => {
      Rc = r
    }
    Pc.exports = er
    er.default = er
  })
  var Dc = x((R3, Ic) => {
    u()
    var Rx = 'useandom-26T198340PX75pxJACKVERYMINDBUSHWOLF_GQZbfghjklqvwyzrict',
      Px =
        (r, e = 21) =>
        (t = e) => {
          let i = '',
            n = t
          for (; n--; ) i += r[(Math.random() * r.length) | 0]
          return i
        },
      Ix = (r = 21) => {
        let e = '',
          t = r
        for (; t--; ) e += Rx[(Math.random() * 64) | 0]
        return e
      }
    Ic.exports = { nanoid: Ix, customAlphabet: Px }
  })
  var qc = x(() => {
    u()
  })
  var ga = x((D3, $c) => {
    u()
    $c.exports = {}
  })
  var mn = x((q3, Bc) => {
    u()
    ;('use strict')
    var { nanoid: Dx } = Dc(),
      { isAbsolute: ya, resolve: ba } = (et(), Ur),
      { SourceMapConsumer: qx, SourceMapGenerator: $x } = qc(),
      { fileURLToPath: Lc, pathToFileURL: hn } = (la(), lc),
      Mc = an(),
      Lx = ga(),
      wa = ua(),
      va = Symbol('fromOffsetCache'),
      Mx = Boolean(qx && $x),
      Nc = Boolean(ba && ya),
      Xr = class {
        constructor(e, t = {}) {
          if (
            e === null ||
            typeof e == 'undefined' ||
            (typeof e == 'object' && !e.toString)
          )
            throw new Error(`PostCSS received ${e} instead of CSS string`)
          if (
            ((this.css = e.toString()),
            this.css[0] === '\uFEFF' || this.css[0] === '\uFFFE'
              ? ((this.hasBOM = !0), (this.css = this.css.slice(1)))
              : (this.hasBOM = !1),
            t.from &&
              (!Nc || /^\w+:\/\//.test(t.from) || ya(t.from)
                ? (this.file = t.from)
                : (this.file = ba(t.from))),
            Nc && Mx)
          ) {
            let i = new Lx(this.css, t)
            if (i.text) {
              this.map = i
              let n = i.consumer().file
              !this.file && n && (this.file = this.mapResolve(n))
            }
          }
          this.file || (this.id = '<input css ' + Dx(6) + '>'),
            this.map && (this.map.file = this.from)
        }
        error(e, t, i, n = {}) {
          let s, a, o
          if (t && typeof t == 'object') {
            let c = t,
              f = i
            if (typeof c.offset == 'number') {
              let d = this.fromOffset(c.offset)
              ;(t = d.line), (i = d.col)
            } else (t = c.line), (i = c.column)
            if (typeof f.offset == 'number') {
              let d = this.fromOffset(f.offset)
              ;(a = d.line), (s = d.col)
            } else (a = f.line), (s = f.column)
          } else if (!i) {
            let c = this.fromOffset(t)
            ;(t = c.line), (i = c.col)
          }
          let l = this.origin(t, i, a, s)
          return (
            l
              ? (o = new Mc(
                  e,
                  l.endLine === void 0
                    ? l.line
                    : { column: l.column, line: l.line },
                  l.endLine === void 0
                    ? l.column
                    : { column: l.endColumn, line: l.endLine },
                  l.source,
                  l.file,
                  n.plugin
                ))
              : (o = new Mc(
                  e,
                  a === void 0 ? t : { column: i, line: t },
                  a === void 0 ? i : { column: s, line: a },
                  this.css,
                  this.file,
                  n.plugin
                )),
            (o.input = {
              column: i,
              endColumn: s,
              endLine: a,
              line: t,
              source: this.css,
            }),
            this.file &&
              (hn && (o.input.url = hn(this.file).toString()),
              (o.input.file = this.file)),
            o
          )
        }
        fromOffset(e) {
          let t, i
          if (this[va]) i = this[va]
          else {
            let s = this.css.split(`
`)
            i = new Array(s.length)
            let a = 0
            for (let o = 0, l = s.length; o < l; o++)
              (i[o] = a), (a += s[o].length + 1)
            this[va] = i
          }
          t = i[i.length - 1]
          let n = 0
          if (e >= t) n = i.length - 1
          else {
            let s = i.length - 2,
              a
            for (; n < s; )
              if (((a = n + ((s - n) >> 1)), e < i[a])) s = a - 1
              else if (e >= i[a + 1]) n = a + 1
              else {
                n = a
                break
              }
          }
          return { col: e - i[n] + 1, line: n + 1 }
        }
        mapResolve(e) {
          return /^\w+:\/\//.test(e)
            ? e
            : ba(this.map.consumer().sourceRoot || this.map.root || '.', e)
        }
        origin(e, t, i, n) {
          if (!this.map) return !1
          let s = this.map.consumer(),
            a = s.originalPositionFor({ column: t, line: e })
          if (!a.source) return !1
          let o
          typeof i == 'number' &&
            (o = s.originalPositionFor({ column: n, line: i }))
          let l
          ya(a.source)
            ? (l = hn(a.source))
            : (l = new URL(
                a.source,
                this.map.consumer().sourceRoot || hn(this.map.mapFile)
              ))
          let c = {
            column: a.column,
            endColumn: o && o.column,
            endLine: o && o.line,
            line: a.line,
            url: l.toString(),
          }
          if (l.protocol === 'file:')
            if (Lc) c.file = Lc(l)
            else
              throw new Error(
                'file: protocol is not available in this PostCSS build'
              )
          let f = s.sourceContentFor(a.source)
          return f && (c.source = f), c
        }
        toJSON() {
          let e = {}
          for (let t of ['hasBOM', 'css', 'file', 'id'])
            this[t] != null && (e[t] = this[t])
          return (
            this.map &&
              ((e.map = { ...this.map }),
              e.map.consumerCache && (e.map.consumerCache = void 0)),
            e
          )
        }
        get from() {
          return this.file || this.id
        }
      }
    Bc.exports = Xr
    Xr.default = Xr
    wa && wa.registerInput && wa.registerInput(Xr)
  })
  var tr = x(($3, Uc) => {
    u()
    ;('use strict')
    var Fc = Et(),
      jc,
      zc,
      Ut = class extends Fc {
        constructor(e) {
          super(e)
          ;(this.type = 'root'), this.nodes || (this.nodes = [])
        }
        normalize(e, t, i) {
          let n = super.normalize(e)
          if (t) {
            if (i === 'prepend')
              this.nodes.length > 1
                ? (t.raws.before = this.nodes[1].raws.before)
                : delete t.raws.before
            else if (this.first !== t)
              for (let s of n) s.raws.before = t.raws.before
          }
          return n
        }
        removeChild(e, t) {
          let i = this.index(e)
          return (
            !t &&
              i === 0 &&
              this.nodes.length > 1 &&
              (this.nodes[1].raws.before = this.nodes[i].raws.before),
            super.removeChild(e)
          )
        }
        toResult(e = {}) {
          return new jc(new zc(), this, e).stringify()
        }
      }
    Ut.registerLazyResult = (r) => {
      jc = r
    }
    Ut.registerProcessor = (r) => {
      zc = r
    }
    Uc.exports = Ut
    Ut.default = Ut
    Fc.registerRoot(Ut)
  })
  var xa = x((L3, Vc) => {
    u()
    ;('use strict')
    var Zr = {
      comma(r) {
        return Zr.split(r, [','], !0)
      },
      space(r) {
        let e = [
          ' ',
          `
`,
          '	',
        ]
        return Zr.split(r, e)
      },
      split(r, e, t) {
        let i = [],
          n = '',
          s = !1,
          a = 0,
          o = !1,
          l = '',
          c = !1
        for (let f of r)
          c
            ? (c = !1)
            : f === '\\'
            ? (c = !0)
            : o
            ? f === l && (o = !1)
            : f === '"' || f === "'"
            ? ((o = !0), (l = f))
            : f === '('
            ? (a += 1)
            : f === ')'
            ? a > 0 && (a -= 1)
            : a === 0 && e.includes(f) && (s = !0),
            s ? (n !== '' && i.push(n.trim()), (n = ''), (s = !1)) : (n += f)
        return (t || n !== '') && i.push(n.trim()), i
      },
    }
    Vc.exports = Zr
    Zr.default = Zr
  })
  var gn = x((M3, Wc) => {
    u()
    ;('use strict')
    var Hc = Et(),
      Nx = xa(),
      Jr = class extends Hc {
        constructor(e) {
          super(e)
          ;(this.type = 'rule'), this.nodes || (this.nodes = [])
        }
        get selectors() {
          return Nx.comma(this.selector)
        }
        set selectors(e) {
          let t = this.selector ? this.selector.match(/,\s*/) : null,
            i = t ? t[0] : ',' + this.raw('between', 'beforeOpen')
          this.selector = e.join(i)
        }
      }
    Wc.exports = Jr
    Jr.default = Jr
    Hc.registerRule(Jr)
  })
  var Qc = x((N3, Gc) => {
    u()
    ;('use strict')
    var Bx = pn(),
      Fx = Qr(),
      jx = Yr(),
      zx = mn(),
      Ux = ga(),
      Vx = tr(),
      Hx = gn()
    function ei(r, e) {
      if (Array.isArray(r)) return r.map((n) => ei(n))
      let { inputs: t, ...i } = r
      if (t) {
        e = []
        for (let n of t) {
          let s = { ...n, __proto__: zx.prototype }
          s.map && (s.map = { ...s.map, __proto__: Ux.prototype }), e.push(s)
        }
      }
      if ((i.nodes && (i.nodes = r.nodes.map((n) => ei(n, e))), i.source)) {
        let { inputId: n, ...s } = i.source
        ;(i.source = s), n != null && (i.source.input = e[n])
      }
      if (i.type === 'root') return new Vx(i)
      if (i.type === 'decl') return new jx(i)
      if (i.type === 'rule') return new Hx(i)
      if (i.type === 'comment') return new Fx(i)
      if (i.type === 'atrule') return new Bx(i)
      throw new Error('Unknown node type: ' + r.type)
    }
    Gc.exports = ei
    ei.default = ei
  })
  var ka = x((B3, Yc) => {
    u()
    Yc.exports = function (r, e) {
      return {
        generate: () => {
          let t = ''
          return (
            r(e, (i) => {
              t += i
            }),
            [t]
          )
        },
      }
    }
  })
  var ep = x((F3, Jc) => {
    u()
    ;('use strict')
    var Sa = "'".charCodeAt(0),
      Kc = '"'.charCodeAt(0),
      yn = '\\'.charCodeAt(0),
      Xc = '/'.charCodeAt(0),
      bn = `
`.charCodeAt(0),
      ti = ' '.charCodeAt(0),
      wn = '\f'.charCodeAt(0),
      vn = '	'.charCodeAt(0),
      xn = '\r'.charCodeAt(0),
      Wx = '['.charCodeAt(0),
      Gx = ']'.charCodeAt(0),
      Qx = '('.charCodeAt(0),
      Yx = ')'.charCodeAt(0),
      Kx = '{'.charCodeAt(0),
      Xx = '}'.charCodeAt(0),
      Zx = ';'.charCodeAt(0),
      Jx = '*'.charCodeAt(0),
      e1 = ':'.charCodeAt(0),
      t1 = '@'.charCodeAt(0),
      kn = /[\t\n\f\r "#'()/;[\\\]{}]/g,
      Sn = /[\t\n\f\r !"#'():;@[\\\]{}]|\/(?=\*)/g,
      r1 = /.[\r\n"'(/\\]/,
      Zc = /[\da-f]/i
    Jc.exports = function (e, t = {}) {
      let i = e.css.valueOf(),
        n = t.ignoreErrors,
        s,
        a,
        o,
        l,
        c,
        f,
        d,
        p,
        h,
        b,
        v = i.length,
        y = 0,
        w = [],
        k = []
      function S() {
        return y
      }
      function E(R) {
        throw e.error('Unclosed ' + R, y)
      }
      function T() {
        return k.length === 0 && y >= v
      }
      function B(R) {
        if (k.length) return k.pop()
        if (y >= v) return
        let F = R ? R.ignoreUnclosed : !1
        switch (((s = i.charCodeAt(y)), s)) {
          case bn:
          case ti:
          case vn:
          case xn:
          case wn: {
            l = y
            do (l += 1), (s = i.charCodeAt(l))
            while (s === ti || s === bn || s === vn || s === xn || s === wn)
            ;(f = ['space', i.slice(y, l)]), (y = l - 1)
            break
          }
          case Wx:
          case Gx:
          case Kx:
          case Xx:
          case e1:
          case Zx:
          case Yx: {
            let Y = String.fromCharCode(s)
            f = [Y, Y, y]
            break
          }
          case Qx: {
            if (
              ((b = w.length ? w.pop()[1] : ''),
              (h = i.charCodeAt(y + 1)),
              b === 'url' &&
                h !== Sa &&
                h !== Kc &&
                h !== ti &&
                h !== bn &&
                h !== vn &&
                h !== wn &&
                h !== xn)
            ) {
              l = y
              do {
                if (((d = !1), (l = i.indexOf(')', l + 1)), l === -1))
                  if (n || F) {
                    l = y
                    break
                  } else E('bracket')
                for (p = l; i.charCodeAt(p - 1) === yn; ) (p -= 1), (d = !d)
              } while (d)
              ;(f = ['brackets', i.slice(y, l + 1), y, l]), (y = l)
            } else
              (l = i.indexOf(')', y + 1)),
                (a = i.slice(y, l + 1)),
                l === -1 || r1.test(a)
                  ? (f = ['(', '(', y])
                  : ((f = ['brackets', a, y, l]), (y = l))
            break
          }
          case Sa:
          case Kc: {
            ;(c = s === Sa ? "'" : '"'), (l = y)
            do {
              if (((d = !1), (l = i.indexOf(c, l + 1)), l === -1))
                if (n || F) {
                  l = y + 1
                  break
                } else E('string')
              for (p = l; i.charCodeAt(p - 1) === yn; ) (p -= 1), (d = !d)
            } while (d)
            ;(f = ['string', i.slice(y, l + 1), y, l]), (y = l)
            break
          }
          case t1: {
            ;(kn.lastIndex = y + 1),
              kn.test(i),
              kn.lastIndex === 0 ? (l = i.length - 1) : (l = kn.lastIndex - 2),
              (f = ['at-word', i.slice(y, l + 1), y, l]),
              (y = l)
            break
          }
          case yn: {
            for (l = y, o = !0; i.charCodeAt(l + 1) === yn; ) (l += 1), (o = !o)
            if (
              ((s = i.charCodeAt(l + 1)),
              o &&
                s !== Xc &&
                s !== ti &&
                s !== bn &&
                s !== vn &&
                s !== xn &&
                s !== wn &&
                ((l += 1), Zc.test(i.charAt(l))))
            ) {
              for (; Zc.test(i.charAt(l + 1)); ) l += 1
              i.charCodeAt(l + 1) === ti && (l += 1)
            }
            ;(f = ['word', i.slice(y, l + 1), y, l]), (y = l)
            break
          }
          default: {
            s === Xc && i.charCodeAt(y + 1) === Jx
              ? ((l = i.indexOf('*/', y + 2) + 1),
                l === 0 && (n || F ? (l = i.length) : E('comment')),
                (f = ['comment', i.slice(y, l + 1), y, l]),
                (y = l))
              : ((Sn.lastIndex = y + 1),
                Sn.test(i),
                Sn.lastIndex === 0
                  ? (l = i.length - 1)
                  : (l = Sn.lastIndex - 2),
                (f = ['word', i.slice(y, l + 1), y, l]),
                w.push(f),
                (y = l))
            break
          }
        }
        return y++, f
      }
      function N(R) {
        k.push(R)
      }
      return { back: N, endOfFile: T, nextToken: B, position: S }
    }
  })
  var sp = x((j3, np) => {
    u()
    ;('use strict')
    var i1 = pn(),
      n1 = Qr(),
      s1 = Yr(),
      a1 = tr(),
      tp = gn(),
      o1 = ep(),
      rp = { empty: !0, space: !0 }
    function l1(r) {
      for (let e = r.length - 1; e >= 0; e--) {
        let t = r[e],
          i = t[3] || t[2]
        if (i) return i
      }
    }
    var ip = class {
      constructor(e) {
        ;(this.input = e),
          (this.root = new a1()),
          (this.current = this.root),
          (this.spaces = ''),
          (this.semicolon = !1),
          this.createTokenizer(),
          (this.root.source = {
            input: e,
            start: { column: 1, line: 1, offset: 0 },
          })
      }
      atrule(e) {
        let t = new i1()
        ;(t.name = e[1].slice(1)),
          t.name === '' && this.unnamedAtrule(t, e),
          this.init(t, e[2])
        let i,
          n,
          s,
          a = !1,
          o = !1,
          l = [],
          c = []
        for (; !this.tokenizer.endOfFile(); ) {
          if (
            ((e = this.tokenizer.nextToken()),
            (i = e[0]),
            i === '(' || i === '['
              ? c.push(i === '(' ? ')' : ']')
              : i === '{' && c.length > 0
              ? c.push('}')
              : i === c[c.length - 1] && c.pop(),
            c.length === 0)
          )
            if (i === ';') {
              ;(t.source.end = this.getPosition(e[2])),
                t.source.end.offset++,
                (this.semicolon = !0)
              break
            } else if (i === '{') {
              o = !0
              break
            } else if (i === '}') {
              if (l.length > 0) {
                for (s = l.length - 1, n = l[s]; n && n[0] === 'space'; )
                  n = l[--s]
                n &&
                  ((t.source.end = this.getPosition(n[3] || n[2])),
                  t.source.end.offset++)
              }
              this.end(e)
              break
            } else l.push(e)
          else l.push(e)
          if (this.tokenizer.endOfFile()) {
            a = !0
            break
          }
        }
        ;(t.raws.between = this.spacesAndCommentsFromEnd(l)),
          l.length
            ? ((t.raws.afterName = this.spacesAndCommentsFromStart(l)),
              this.raw(t, 'params', l),
              a &&
                ((e = l[l.length - 1]),
                (t.source.end = this.getPosition(e[3] || e[2])),
                t.source.end.offset++,
                (this.spaces = t.raws.between),
                (t.raws.between = '')))
            : ((t.raws.afterName = ''), (t.params = '')),
          o && ((t.nodes = []), (this.current = t))
      }
      checkMissedSemicolon(e) {
        let t = this.colon(e)
        if (t === !1) return
        let i = 0,
          n
        for (
          let s = t - 1;
          s >= 0 && ((n = e[s]), !(n[0] !== 'space' && ((i += 1), i === 2)));
          s--
        );
        throw this.input.error(
          'Missed semicolon',
          n[0] === 'word' ? n[3] + 1 : n[2]
        )
      }
      colon(e) {
        let t = 0,
          i,
          n,
          s
        for (let [a, o] of e.entries()) {
          if (
            ((n = o),
            (s = n[0]),
            s === '(' && (t += 1),
            s === ')' && (t -= 1),
            t === 0 && s === ':')
          )
            if (!i) this.doubleColon(n)
            else {
              if (i[0] === 'word' && i[1] === 'progid') continue
              return a
            }
          i = n
        }
        return !1
      }
      comment(e) {
        let t = new n1()
        this.init(t, e[2]),
          (t.source.end = this.getPosition(e[3] || e[2])),
          t.source.end.offset++
        let i = e[1].slice(2, -2)
        if (/^\s*$/.test(i))
          (t.text = ''), (t.raws.left = i), (t.raws.right = '')
        else {
          let n = i.match(/^(\s*)([^]*\S)(\s*)$/)
          ;(t.text = n[2]), (t.raws.left = n[1]), (t.raws.right = n[3])
        }
      }
      createTokenizer() {
        this.tokenizer = o1(this.input)
      }
      decl(e, t) {
        let i = new s1()
        this.init(i, e[0][2])
        let n = e[e.length - 1]
        for (
          n[0] === ';' && ((this.semicolon = !0), e.pop()),
            i.source.end = this.getPosition(n[3] || n[2] || l1(e)),
            i.source.end.offset++;
          e[0][0] !== 'word';

        )
          e.length === 1 && this.unknownWord(e), (i.raws.before += e.shift()[1])
        for (
          i.source.start = this.getPosition(e[0][2]), i.prop = '';
          e.length;

        ) {
          let c = e[0][0]
          if (c === ':' || c === 'space' || c === 'comment') break
          i.prop += e.shift()[1]
        }
        i.raws.between = ''
        let s
        for (; e.length; )
          if (((s = e.shift()), s[0] === ':')) {
            i.raws.between += s[1]
            break
          } else
            s[0] === 'word' && /\w/.test(s[1]) && this.unknownWord([s]),
              (i.raws.between += s[1])
        ;(i.prop[0] === '_' || i.prop[0] === '*') &&
          ((i.raws.before += i.prop[0]), (i.prop = i.prop.slice(1)))
        let a = [],
          o
        for (
          ;
          e.length && ((o = e[0][0]), !(o !== 'space' && o !== 'comment'));

        )
          a.push(e.shift())
        this.precheckMissedSemicolon(e)
        for (let c = e.length - 1; c >= 0; c--) {
          if (((s = e[c]), s[1].toLowerCase() === '!important')) {
            i.important = !0
            let f = this.stringFrom(e, c)
            ;(f = this.spacesFromEnd(e) + f),
              f !== ' !important' && (i.raws.important = f)
            break
          } else if (s[1].toLowerCase() === 'important') {
            let f = e.slice(0),
              d = ''
            for (let p = c; p > 0; p--) {
              let h = f[p][0]
              if (d.trim().startsWith('!') && h !== 'space') break
              d = f.pop()[1] + d
            }
            d.trim().startsWith('!') &&
              ((i.important = !0), (i.raws.important = d), (e = f))
          }
          if (s[0] !== 'space' && s[0] !== 'comment') break
        }
        e.some((c) => c[0] !== 'space' && c[0] !== 'comment') &&
          ((i.raws.between += a.map((c) => c[1]).join('')), (a = [])),
          this.raw(i, 'value', a.concat(e), t),
          i.value.includes(':') && !t && this.checkMissedSemicolon(e)
      }
      doubleColon(e) {
        throw this.input.error(
          'Double colon',
          { offset: e[2] },
          { offset: e[2] + e[1].length }
        )
      }
      emptyRule(e) {
        let t = new tp()
        this.init(t, e[2]),
          (t.selector = ''),
          (t.raws.between = ''),
          (this.current = t)
      }
      end(e) {
        this.current.nodes &&
          this.current.nodes.length &&
          (this.current.raws.semicolon = this.semicolon),
          (this.semicolon = !1),
          (this.current.raws.after =
            (this.current.raws.after || '') + this.spaces),
          (this.spaces = ''),
          this.current.parent
            ? ((this.current.source.end = this.getPosition(e[2])),
              this.current.source.end.offset++,
              (this.current = this.current.parent))
            : this.unexpectedClose(e)
      }
      endFile() {
        this.current.parent && this.unclosedBlock(),
          this.current.nodes &&
            this.current.nodes.length &&
            (this.current.raws.semicolon = this.semicolon),
          (this.current.raws.after =
            (this.current.raws.after || '') + this.spaces),
          (this.root.source.end = this.getPosition(this.tokenizer.position()))
      }
      freeSemicolon(e) {
        if (((this.spaces += e[1]), this.current.nodes)) {
          let t = this.current.nodes[this.current.nodes.length - 1]
          t &&
            t.type === 'rule' &&
            !t.raws.ownSemicolon &&
            ((t.raws.ownSemicolon = this.spaces), (this.spaces = ''))
        }
      }
      getPosition(e) {
        let t = this.input.fromOffset(e)
        return { column: t.col, line: t.line, offset: e }
      }
      init(e, t) {
        this.current.push(e),
          (e.source = { input: this.input, start: this.getPosition(t) }),
          (e.raws.before = this.spaces),
          (this.spaces = ''),
          e.type !== 'comment' && (this.semicolon = !1)
      }
      other(e) {
        let t = !1,
          i = null,
          n = !1,
          s = null,
          a = [],
          o = e[1].startsWith('--'),
          l = [],
          c = e
        for (; c; ) {
          if (((i = c[0]), l.push(c), i === '(' || i === '['))
            s || (s = c), a.push(i === '(' ? ')' : ']')
          else if (o && n && i === '{') s || (s = c), a.push('}')
          else if (a.length === 0)
            if (i === ';')
              if (n) {
                this.decl(l, o)
                return
              } else break
            else if (i === '{') {
              this.rule(l)
              return
            } else if (i === '}') {
              this.tokenizer.back(l.pop()), (t = !0)
              break
            } else i === ':' && (n = !0)
          else i === a[a.length - 1] && (a.pop(), a.length === 0 && (s = null))
          c = this.tokenizer.nextToken()
        }
        if (
          (this.tokenizer.endOfFile() && (t = !0),
          a.length > 0 && this.unclosedBracket(s),
          t && n)
        ) {
          if (!o)
            for (
              ;
              l.length &&
              ((c = l[l.length - 1][0]), !(c !== 'space' && c !== 'comment'));

            )
              this.tokenizer.back(l.pop())
          this.decl(l, o)
        } else this.unknownWord(l)
      }
      parse() {
        let e
        for (; !this.tokenizer.endOfFile(); )
          switch (((e = this.tokenizer.nextToken()), e[0])) {
            case 'space':
              this.spaces += e[1]
              break
            case ';':
              this.freeSemicolon(e)
              break
            case '}':
              this.end(e)
              break
            case 'comment':
              this.comment(e)
              break
            case 'at-word':
              this.atrule(e)
              break
            case '{':
              this.emptyRule(e)
              break
            default:
              this.other(e)
              break
          }
        this.endFile()
      }
      precheckMissedSemicolon() {}
      raw(e, t, i, n) {
        let s,
          a,
          o = i.length,
          l = '',
          c = !0,
          f,
          d
        for (let p = 0; p < o; p += 1)
          (s = i[p]),
            (a = s[0]),
            a === 'space' && p === o - 1 && !n
              ? (c = !1)
              : a === 'comment'
              ? ((d = i[p - 1] ? i[p - 1][0] : 'empty'),
                (f = i[p + 1] ? i[p + 1][0] : 'empty'),
                !rp[d] && !rp[f]
                  ? l.slice(-1) === ','
                    ? (c = !1)
                    : (l += s[1])
                  : (c = !1))
              : (l += s[1])
        if (!c) {
          let p = i.reduce((h, b) => h + b[1], '')
          e.raws[t] = { raw: p, value: l }
        }
        e[t] = l
      }
      rule(e) {
        e.pop()
        let t = new tp()
        this.init(t, e[0][2]),
          (t.raws.between = this.spacesAndCommentsFromEnd(e)),
          this.raw(t, 'selector', e),
          (this.current = t)
      }
      spacesAndCommentsFromEnd(e) {
        let t,
          i = ''
        for (
          ;
          e.length &&
          ((t = e[e.length - 1][0]), !(t !== 'space' && t !== 'comment'));

        )
          i = e.pop()[1] + i
        return i
      }
      spacesAndCommentsFromStart(e) {
        let t,
          i = ''
        for (
          ;
          e.length && ((t = e[0][0]), !(t !== 'space' && t !== 'comment'));

        )
          i += e.shift()[1]
        return i
      }
      spacesFromEnd(e) {
        let t,
          i = ''
        for (; e.length && ((t = e[e.length - 1][0]), t === 'space'); )
          i = e.pop()[1] + i
        return i
      }
      stringFrom(e, t) {
        let i = ''
        for (let n = t; n < e.length; n++) i += e[n][1]
        return e.splice(t, e.length - t), i
      }
      unclosedBlock() {
        let e = this.current.source.start
        throw this.input.error('Unclosed block', e.line, e.column)
      }
      unclosedBracket(e) {
        throw this.input.error(
          'Unclosed bracket',
          { offset: e[2] },
          { offset: e[2] + 1 }
        )
      }
      unexpectedClose(e) {
        throw this.input.error(
          'Unexpected }',
          { offset: e[2] },
          { offset: e[2] + 1 }
        )
      }
      unknownWord(e) {
        throw this.input.error(
          'Unknown word',
          { offset: e[0][2] },
          { offset: e[0][2] + e[0][1].length }
        )
      }
      unnamedAtrule(e, t) {
        throw this.input.error(
          'At-rule without name',
          { offset: t[2] },
          { offset: t[2] + t[1].length }
        )
      }
    }
    np.exports = ip
  })
  var Cn = x((z3, ap) => {
    u()
    ;('use strict')
    var u1 = Et(),
      f1 = mn(),
      c1 = sp()
    function An(r, e) {
      let t = new f1(r, e),
        i = new c1(t)
      try {
        i.parse()
      } catch (n) {
        throw n
      }
      return i.root
    }
    ap.exports = An
    An.default = An
    u1.registerParse(An)
  })
  var Aa = x((U3, op) => {
    u()
    ;('use strict')
    var _n = class {
      constructor(e, t = {}) {
        if (
          ((this.type = 'warning'), (this.text = e), t.node && t.node.source)
        ) {
          let i = t.node.rangeBy(t)
          ;(this.line = i.start.line),
            (this.column = i.start.column),
            (this.endLine = i.end.line),
            (this.endColumn = i.end.column)
        }
        for (let i in t) this[i] = t[i]
      }
      toString() {
        return this.node
          ? this.node.error(this.text, {
              index: this.index,
              plugin: this.plugin,
              word: this.word,
            }).message
          : this.plugin
          ? this.plugin + ': ' + this.text
          : this.text
      }
    }
    op.exports = _n
    _n.default = _n
  })
  var On = x((V3, lp) => {
    u()
    ;('use strict')
    var p1 = Aa(),
      En = class {
        constructor(e, t, i) {
          ;(this.processor = e),
            (this.messages = []),
            (this.root = t),
            (this.opts = i),
            (this.css = void 0),
            (this.map = void 0)
        }
        toString() {
          return this.css
        }
        warn(e, t = {}) {
          t.plugin ||
            (this.lastPlugin &&
              this.lastPlugin.postcssPlugin &&
              (t.plugin = this.lastPlugin.postcssPlugin))
          let i = new p1(e, t)
          return this.messages.push(i), i
        }
        warnings() {
          return this.messages.filter((e) => e.type === 'warning')
        }
        get content() {
          return this.css
        }
      }
    lp.exports = En
    En.default = En
  })
  var Ca = x((H3, fp) => {
    u()
    ;('use strict')
    var up = {}
    fp.exports = function (e) {
      up[e] ||
        ((up[e] = !0),
        typeof console != 'undefined' && console.warn && console.warn(e))
    }
  })
  var Oa = x((G3, hp) => {
    u()
    ;('use strict')
    var d1 = Et(),
      h1 = dn(),
      m1 = ka(),
      g1 = Cn(),
      cp = On(),
      y1 = tr(),
      b1 = Vr(),
      { isClean: tt, my: w1 } = ln(),
      W3 = Ca(),
      v1 = {
        atrule: 'AtRule',
        comment: 'Comment',
        decl: 'Declaration',
        document: 'Document',
        root: 'Root',
        rule: 'Rule',
      },
      x1 = {
        AtRule: !0,
        AtRuleExit: !0,
        Comment: !0,
        CommentExit: !0,
        Declaration: !0,
        DeclarationExit: !0,
        Document: !0,
        DocumentExit: !0,
        Once: !0,
        OnceExit: !0,
        postcssPlugin: !0,
        prepare: !0,
        Root: !0,
        RootExit: !0,
        Rule: !0,
        RuleExit: !0,
      },
      k1 = { Once: !0, postcssPlugin: !0, prepare: !0 },
      rr = 0
    function ri(r) {
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    }
    function pp(r) {
      let e = !1,
        t = v1[r.type]
      return (
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          ? (e = r.prop.toLowerCase())
          : r.type === 'atrule' && (e = r.name.toLowerCase()),
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          ? [t, t + '-' + e, rr, t + 'Exit', t + 'Exit-' + e]
          : e
          ? [t, t + '-' + e, t + 'Exit', t + 'Exit-' + e]
          : r.append
          ? [t, rr, t + 'Exit']
          : [t, t + 'Exit']
      )
    }
    function dp(r) {
      let e
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        r.type === 'document'
          ? (e = ['Document', rr, 'DocumentExit'])
          : r.type === 'root'
          ? (e = ['Root', rr, 'RootExit'])
          : (e = pp(r)),
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          eventIndex: 0,
          events: e,
          iterator: 0,
          node: r,
          visitorIndex: 0,
          visitors: [],
        }
      )
    }
    function _a(r) {
      return (r[tt] = !1), r.nodes && r.nodes.forEach((e) => _a(e)), r
    }
    var Ea = {},
      pt = class {
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          ;(this.stringified = !1), (this.processed = !1)
          let n
          if (
            typeof t == 'object' &&
            t !== null &&
            (t.type === 'root' || t.type === 'document')
          )
            n = _a(t)
          else if (t instanceof pt || t instanceof cp)
            (n = _a(t.root)),
              t.map &&
                (typeof i.map == 'undefined' && (i.map = {}),
                i.map.inline || (i.map.inline = !1),
                (i.map.prev = t.map))
          else {
            let s = g1
            i.syntax && (s = i.syntax.parse),
              i.parser && (s = i.parser),
              s.parse && (s = s.parse)
            try {
              n = s(t, i)
            } catch (a) {
              ;(this.processed = !0), (this.error = a)
            }
            n && !n[w1] && d1.rebuild(n)
          }
          ;(this.result = new cp(e, n, i)),
            (this.helpers = { ...Ea, postcss: Ea, result: this.result }),
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              typeof s == 'object' && s.prepare
                ? { ...s, ...s.prepare(this.result) }
                : s
            ))
        }
        async() {
          return this.error
            ? Promise.reject(this.error)
            : this.processed
            ? Promise.resolve(this.result)
            : (this.processing || (this.processing = this.runAsync()),
              this.processing)
        }
        catch(e) {
          return this.async().catch(e)
        }
        finally(e) {
          return this.async().then(e, e)
        }
        getAsyncError() {
          throw new Error(
            'Use process(css).then(cb) to work with async plugins'
          )
        }
        handleError(e, t) {
          let i = this.result.lastPlugin
          try {
            t && t.addToError(e),
              (this.error = e),
              e.name === 'CssSyntaxError' && !e.plugin
                ? ((e.plugin = i.postcssPlugin), e.setMessage())
                : i.postcssVersion
          } catch (n) {
            console && console.error && console.error(n)
          }
          return e
        }
        prepareVisitors() {
          this.listeners = {}
          let e = (t, i, n) => {
            this.listeners[i] || (this.listeners[i] = []),
              this.listeners[i].push([t, n])
          }
          for (let t of this.plugins)
            if (typeof t == 'object')
              for (let i in t) {
                if (!x1[i] && /^[A-Z]/.test(i))
                  throw new Error(
                    `Unknown event ${i} in ${t.postcssPlugin}. Try to update PostCSS (${this.processor.version} now).`
                  )
                if (!k1[i])
                  if (typeof t[i] == 'object')
                    for (let n in t[i])
                      n === '*'
                        ? e(t, i, t[i][n])
                        : e(t, i + '-' + n.toLowerCase(), t[i][n])
                  else typeof t[i] == 'function' && e(t, i, t[i])
              }
          this.hasListener = Object.keys(this.listeners).length > 0
        }
        async runAsync() {
          this.plugin = 0
          for (let e = 0; e < this.plugins.length; e++) {
            let t = this.plugins[e],
              i = this.runOnRoot(t)
            if (ri(i))
              try {
                await i
              } catch (n) {
                throw this.handleError(n)
              }
          }
          if ((this.prepareVisitors(), this.hasListener)) {
            let e = this.result.root
            for (; !e[tt]; ) {
              e[tt] = !0
              let t = [dp(e)]
              for (; t.length > 0; ) {
                let i = this.visitTick(t)
                if (ri(i))
                  try {
                    await i
                  } catch (n) {
                    let s = t[t.length - 1].node
                    throw this.handleError(n, s)
                  }
              }
            }
            if (this.listeners.OnceExit)
              for (let [t, i] of this.listeners.OnceExit) {
                this.result.lastPlugin = t
                try {
                  if (e.type === 'document') {
                    let n = e.nodes.map((s) => i(s, this.helpers))
                    await Promise.all(n)
                  } else await i(e, this.helpers)
                } catch (n) {
                  throw this.handleError(n)
                }
              }
          }
          return (this.processed = !0), this.stringify()
        }
        runOnRoot(e) {
          this.result.lastPlugin = e
          try {
            if (typeof e == 'object' && e.Once) {
              if (this.result.root.type === 'document') {
                let t = this.result.root.nodes.map((i) =>
                  e.Once(i, this.helpers)
                )
                return ri(t[0]) ? Promise.all(t) : t
              }
              return e.Once(this.result.root, this.helpers)
            } else if (typeof e == 'function')
              return e(this.result.root, this.result)
          } catch (t) {
            throw this.handleError(t)
          }
        }
        stringify() {
          if (this.error) throw this.error
          if (this.stringified) return this.result
          ;(this.stringified = !0), this.sync()
          let e = this.result.opts,
            t = b1
          e.syntax && (t = e.syntax.stringify),
            e.stringifier && (t = e.stringifier),
            t.stringify && (t = t.stringify)
          let n = new m1(t, this.result.root, this.result.opts).generate()
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        }
        sync() {
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          if (this.processed) return this.result
          if (((this.processed = !0), this.processing))
            throw this.getAsyncError()
          for (let e of this.plugins) {
            let t = this.runOnRoot(e)
            if (ri(t)) throw this.getAsyncError()
          }
          if ((this.prepareVisitors(), this.hasListener)) {
            let e = this.result.root
            for (; !e[tt]; ) (e[tt] = !0), this.walkSync(e)
            if (this.listeners.OnceExit)
              if (e.type === 'document')
                for (let t of e.nodes)
                  this.visitSync(this.listeners.OnceExit, t)
              else this.visitSync(this.listeners.OnceExit, e)
          }
          return this.result
        }
        then(e, t) {
          return this.async().then(e, t)
        }
        toString() {
          return this.css
        }
        visitSync(e, t) {
          for (let [i, n] of e) {
            this.result.lastPlugin = i
            let s
            try {
              s = n(t, this.helpers)
            } catch (a) {
              throw this.handleError(a, t.proxyOf)
            }
            if (t.type !== 'root' && t.type !== 'document' && !t.parent)
              return !0
            if (ri(s)) throw this.getAsyncError()
          }
        }
        visitTick(e) {
          let t = e[e.length - 1],
            { node: i, visitors: n } = t
          if (i.type !== 'root' && i.type !== 'document' && !i.parent) {
            e.pop()
            return
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          if (n.length > 0 && t.visitorIndex < n.length) {
            let [a, o] = n[t.visitorIndex]
            ;(t.visitorIndex += 1),
              t.visitorIndex === n.length &&
                ((t.visitors = []), (t.visitorIndex = 0)),
              (this.result.lastPlugin = a)
            try {
              return o(i.toProxy(), this.helpers)
            } catch (l) {
              throw this.handleError(l, i)
            }
          }
          if (t.iterator !== 0) {
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              o
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              if (((i.indexes[a] += 1), !o[tt])) {
                ;(o[tt] = !0), e.push(dp(o))
                return
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            ;(t.iterator = 0), delete i.indexes[a]
          }
          let s = t.events
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            let a = s[t.eventIndex]
            if (((t.eventIndex += 1), a === rr)) {
              i.nodes &&
                i.nodes.length &&
                ((i[tt] = !0), (t.iterator = i.getIterator()))
              return
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              t.visitors = this.listeners[a]
              return
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          }
          e.pop()
        }
        walkSync(e) {
          e[tt] = !0
          let t = pp(e)
          for (let i of t)
            if (i === rr)
              e.nodes &&
                e.each((n) => {
                  n[tt] || this.walkSync(n)
                })
            else {
              let n = this.listeners[i]
              if (n && this.visitSync(n, e.toProxy())) return
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        }
        warnings() {
          return this.sync().warnings()
        }
        get content() {
          return this.stringify().content
        }
        get css() {
          return this.stringify().css
        }
        get map() {
          return this.stringify().map
        }
        get messages() {
          return this.sync().messages
        }
        get opts() {
          return this.result.opts
        }
        get processor() {
          return this.result.processor
        }
        get root() {
          return this.sync().root
        }
        get [Symbol.toStringTag]() {
          return 'LazyResult'
        }
      }
    pt.registerPostcss = (r) => {
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    }
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    pt.default = pt
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    h1.registerLazyResult(pt)
  })
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    ;('use strict')
    var S1 = ka(),
      A1 = Cn(),
      C1 = On(),
      _1 = Vr(),
      Q3 = Ca(),
      Tn = class {
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            (this.stringified = !1),
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            (this._css = t),
            (this._opts = i),
            (this._map = void 0)
          let n,
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          let a = this
          Object.defineProperty(this.result, 'root', {
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              return a.root
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          })
          let o = new S1(s, n, this._opts, t)
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            l && (this.result.css = l), c && (this.result.map = c)
          } else o.clearAnnotation(), (this.result.css = o.css)
        }
        async() {
          return this.error
            ? Promise.reject(this.error)
            : Promise.resolve(this.result)
        }
        catch(e) {
          return this.async().catch(e)
        }
        finally(e) {
          return this.async().then(e, e)
        }
        sync() {
          if (this.error) throw this.error
          return this.result
        }
        then(e, t) {
          return this.async().then(e, t)
        }
        toString() {
          return this._css
        }
        warnings() {
          return []
        }
        get content() {
          return this.result.css
        }
        get css() {
          return this.result.css
        }
        get map() {
          return this.result.map
        }
        get messages() {
          return []
        }
        get opts() {
          return this.result.opts
        }
        get processor() {
          return this.result.processor
        }
        get root() {
          if (this._root) return this._root
          let e,
            t = A1
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            e = t(this._css, this._opts)
          } catch (i) {
            this.error = i
          }
          if (this.error) throw this.error
          return (this._root = e), e
        }
        get [Symbol.toStringTag]() {
          return 'NoWorkResult'
        }
      }
    mp.exports = Tn
    Tn.default = Tn
  })
  var bp = x((K3, yp) => {
    u()
    ;('use strict')
    var E1 = dn(),
      O1 = Oa(),
      T1 = gp(),
      R1 = tr(),
      ir = class {
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        }
        normalize(e) {
          let t = []
          for (let i of e)
            if (
              (i.postcss === !0 ? (i = i()) : i.postcss && (i = i.postcss),
              typeof i == 'object' && Array.isArray(i.plugins))
            )
              t = t.concat(i.plugins)
            else if (typeof i == 'object' && i.postcssPlugin) t.push(i)
            else if (typeof i == 'function') t.push(i)
            else if (!(typeof i == 'object' && (i.parse || i.stringify)))
              throw new Error(i + ' is not a PostCSS plugin')
          return t
        }
        process(e, t = {}) {
          return !this.plugins.length &&
            !t.parser &&
            !t.stringifier &&
            !t.syntax
            ? new T1(this, e, t)
            : new O1(this, e, t)
        }
        use(e) {
          return (this.plugins = this.plugins.concat(this.normalize([e]))), this
        }
      }
    yp.exports = ir
    ir.default = ir
    R1.registerProcessor(ir)
    E1.registerProcessor(ir)
  })
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      vp = Qr(),
      P1 = Et(),
      I1 = an(),
      xp = Yr(),
      kp = dn(),
      D1 = Qc(),
      q1 = mn(),
      $1 = Oa(),
      L1 = xa(),
      M1 = Gr(),
      N1 = Cn(),
      Ta = bp(),
      B1 = On(),
      Sp = tr(),
      Ap = gn(),
      F1 = Vr(),
      j1 = Aa()
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    }
    J.plugin = function (e, t) {
      let i = !1
      function n(...a) {
        console &&
          console.warn &&
          !i &&
          ((i = !0),
          console.warn(
            e +
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https://evilmartians.com/chronicles/postcss-8-plugin-migration`
          ),
          m.env.LANG &&
            m.env.LANG.startsWith('cn') &&
            console.warn(
              e +
                `: \u91CC\u9762 postcss.plugin \u88AB\u5F03\u7528. \u8FC1\u79FB\u6307\u5357:
https://www.w3ctech.com/topic/2226`
            ))
        let o = t(...a)
        return (o.postcssPlugin = e), (o.postcssVersion = new Ta().version), o
      }
      let s
      return (
        Object.defineProperty(n, 'postcss', {
          get() {
            return s || (s = n()), s
          },
        }),
        (n.process = function (a, o, l) {
          return J([n(l)]).process(a, o)
        }),
        n
      )
    }
    J.stringify = F1
    J.parse = N1
    J.fromJSON = D1
    J.list = L1
    J.comment = (r) => new vp(r)
    J.atRule = (r) => new wp(r)
    J.decl = (r) => new xp(r)
    J.rule = (r) => new Ap(r)
    J.root = (r) => new Sp(r)
    J.document = (r) => new kp(r)
    J.CssSyntaxError = I1
    J.Declaration = xp
    J.Container = P1
    J.Processor = Ta
    J.Document = kp
    J.Comment = vp
    J.Warning = j1
    J.AtRule = wp
    J.Result = B1
    J.Input = q1
    J.Rule = Ap
    J.Root = Sp
    J.Node = M1
    $1.registerPostcss(J)
    Cp.exports = J
    J.default = J
  })
  var re,
    ee,
    Z3,
    J3,
    eI,
    tI,
    rI,
    iI,
    nI,
    sI,
    aI,
    oI,
    lI,
    uI,
    fI,
    cI,
    pI,
    dI,
    hI,
    mI,
    gI,
    yI,
    bI,
    wI,
    vI,
    xI,
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        (J3 = re.default.fromJSON),
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        (tI = re.default.parse),
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        (nI = re.default.comment),
        (sI = re.default.atRule),
        (aI = re.default.rule),
        (oI = re.default.decl),
        (lI = re.default.root),
        (uI = re.default.CssSyntaxError),
        (fI = re.default.Declaration),
        (cI = re.default.Container),
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        (dI = re.default.Document),
        (hI = re.default.Comment),
        (mI = re.default.Warning),
        (gI = re.default.AtRule),
        (yI = re.default.Result),
        (bI = re.default.Input),
        (wI = re.default.Rule),
        (vI = re.default.Root),
        (xI = re.default.Node)
    })
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    u()
    _p.exports = function (r, e, t, i, n) {
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        r = r ? r[e[i]] : n
      return r === n ? t : r
    }
  })
  var Pn = x((Rn, Ep) => {
    u()
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    Rn.__esModule = !0
    Rn.default = V1
    function z1(r) {
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        var e = r.toLowerCase(), t = '', i = !1, n = 0;
        n < 6 && e[n] !== void 0;
        n++
      ) {
        var s = e.charCodeAt(n),
          a = (s >= 97 && s <= 102) || (s >= 48 && s <= 57)
        if (((i = s === 32), !a)) break
        t += e[n]
      }
      if (t.length !== 0) {
        var o = parseInt(t, 16),
          l = o >= 55296 && o <= 57343
        return l || o === 0 || o > 1114111
          ? ['\uFFFD', t.length + (i ? 1 : 0)]
          : [String.fromCodePoint(o), t.length + (i ? 1 : 0)]
      }
    }
    var U1 = /\\/
    function V1(r) {
      var e = U1.test(r)
      if (!e) return r
      for (var t = '', i = 0; i < r.length; i++) {
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          var n = z1(r.slice(i + 1, i + 7))
          if (n !== void 0) {
            ;(t += n[0]), (i += n[1])
            continue
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          if (r[i + 1] === '\\') {
            ;(t += '\\'), i++
            continue
          }
          r.length === i + 1 && (t += r[i])
          continue
        }
        t += r[i]
      }
      return t
    }
    Ep.exports = Rn.default
  })
  var Tp = x((In, Op) => {
    u()
    ;('use strict')
    In.__esModule = !0
    In.default = H1
    function H1(r) {
      for (
        var e = arguments.length, t = new Array(e > 1 ? e - 1 : 0), i = 1;
        i < e;
        i++
      )
        t[i - 1] = arguments[i]
      for (; t.length > 0; ) {
        var n = t.shift()
        if (!r[n]) return
        r = r[n]
      }
      return r
    }
    Op.exports = In.default
  })
  var Pp = x((Dn, Rp) => {
    u()
    ;('use strict')
    Dn.__esModule = !0
    Dn.default = W1
    function W1(r) {
      for (
        var e = arguments.length, t = new Array(e > 1 ? e - 1 : 0), i = 1;
        i < e;
        i++
      )
        t[i - 1] = arguments[i]
      for (; t.length > 0; ) {
        var n = t.shift()
        r[n] || (r[n] = {}), (r = r[n])
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    Rp.exports = Dn.default
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  var Dp = x((qn, Ip) => {
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    qn.__esModule = !0
    qn.default = G1
    function G1(r) {
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        var n = r.indexOf('*/', t + 2)
        if (n < 0) return e
        ;(i = n + 2), (t = r.indexOf('/*', i))
      }
      return (e = e + r.slice(i)), e
    }
    Ip.exports = qn.default
  })
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    u()
    ;('use strict')
    rt.__esModule = !0
    rt.unesc = rt.stripComments = rt.getProp = rt.ensureObject = void 0
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    rt.unesc = Q1.default
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    rt.getProp = Y1.default
    var K1 = $n(Pp())
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    rt.stripComments = X1.default
    function $n(r) {
      return r && r.__esModule ? r : { default: r }
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    ;('use strict')
    ni.__esModule = !0
    ni.default = void 0
    var qp = ii()
    function $p(r, e) {
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        ;(i.enumerable = i.enumerable || !1),
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      }
    }
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        e && $p(r.prototype, e),
        t && $p(r, t),
        Object.defineProperty(r, 'prototype', { writable: !1 }),
        r
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    }
    var J1 = function r(e, t) {
        if (typeof e != 'object' || e === null) return e
        var i = new e.constructor()
        for (var n in e)
          if (!!e.hasOwnProperty(n)) {
            var s = e[n],
              a = typeof s
            n === 'parent' && a === 'object'
              ? t && (i[n] = t)
              : s instanceof Array
              ? (i[n] = s.map(function (o) {
                  return r(o, i)
                }))
              : (i[n] = r(s, i))
          }
        return i
      },
      ek = (function () {
        function r(t) {
          t === void 0 && (t = {}),
            Object.assign(this, t),
            (this.spaces = this.spaces || {}),
            (this.spaces.before = this.spaces.before || ''),
            (this.spaces.after = this.spaces.after || '')
        }
        var e = r.prototype
        return (
          (e.remove = function () {
            return (
              this.parent && this.parent.removeChild(this),
              (this.parent = void 0),
              this
            )
          }),
          (e.replaceWith = function () {
            if (this.parent) {
              for (var i in arguments)
                this.parent.insertBefore(this, arguments[i])
              this.remove()
            }
            return this
          }),
          (e.next = function () {
            return this.parent.at(this.parent.index(this) + 1)
          }),
          (e.prev = function () {
            return this.parent.at(this.parent.index(this) - 1)
          }),
          (e.clone = function (i) {
            i === void 0 && (i = {})
            var n = J1(this)
            for (var s in i) n[s] = i[s]
            return n
          }),
          (e.appendToPropertyAndEscape = function (i, n, s) {
            this.raws || (this.raws = {})
            var a = this[i],
              o = this.raws[i]
            ;(this[i] = a + n),
              o || s !== n ? (this.raws[i] = (o || a) + s) : delete this.raws[i]
          }),
          (e.setPropertyAndEscape = function (i, n, s) {
            this.raws || (this.raws = {}), (this[i] = n), (this.raws[i] = s)
          }),
          (e.setPropertyWithoutEscape = function (i, n) {
            ;(this[i] = n), this.raws && delete this.raws[i]
          }),
          (e.isAtPosition = function (i, n) {
            if (this.source && this.source.start && this.source.end)
              return !(
                this.source.start.line > i ||
                this.source.end.line < i ||
                (this.source.start.line === i &&
                  this.source.start.column > n) ||
                (this.source.end.line === i && this.source.end.column < n)
              )
          }),
          (e.stringifyProperty = function (i) {
            return (this.raws && this.raws[i]) || this[i]
          }),
          (e.valueToString = function () {
            return String(this.stringifyProperty('value'))
          }),
          (e.toString = function () {
            return [
              this.rawSpaceBefore,
              this.valueToString(),
              this.rawSpaceAfter,
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          }),
          Z1(r, [
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              key: 'rawSpaceBefore',
              get: function () {
                var i = this.raws && this.raws.spaces && this.raws.spaces.before
                return (
                  i === void 0 && (i = this.spaces && this.spaces.before),
                  i || ''
                )
              },
              set: function (i) {
                ;(0, qp.ensureObject)(this, 'raws', 'spaces'),
                  (this.raws.spaces.before = i)
              },
            },
            {
              key: 'rawSpaceAfter',
              get: function () {
                var i = this.raws && this.raws.spaces && this.raws.spaces.after
                return i === void 0 && (i = this.spaces.after), i || ''
              },
              set: function (i) {
                ;(0, qp.ensureObject)(this, 'raws', 'spaces'),
                  (this.raws.spaces.after = i)
              },
            },
          ]),
          r
        )
      })()
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    Lp.exports = ni.default
  })
  var Se = x((ie) => {
    u()
    ;('use strict')
    ie.__esModule = !0
    ie.UNIVERSAL =
      ie.TAG =
      ie.STRING =
      ie.SELECTOR =
      ie.ROOT =
      ie.PSEUDO =
      ie.NESTING =
      ie.ID =
      ie.COMMENT =
      ie.COMBINATOR =
      ie.CLASS =
      ie.ATTRIBUTE =
        void 0
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    ie.TAG = tk
    var rk = 'string'
    ie.STRING = rk
    var ik = 'selector'
    ie.SELECTOR = ik
    var nk = 'root'
    ie.ROOT = nk
    var sk = 'pseudo'
    ie.PSEUDO = sk
    var ak = 'nesting'
    ie.NESTING = ak
    var ok = 'id'
    ie.ID = ok
    var lk = 'comment'
    ie.COMMENT = lk
    var uk = 'combinator'
    ie.COMBINATOR = uk
    var fk = 'class'
    ie.CLASS = fk
    var ck = 'attribute'
    ie.ATTRIBUTE = ck
    var pk = 'universal'
    ie.UNIVERSAL = pk
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    function hk(r, e) {
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        n = Object.defineProperty && Object.getOwnPropertyDescriptor
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        if (s !== 'default' && Object.prototype.hasOwnProperty.call(r, s)) {
          var a = n ? Object.getOwnPropertyDescriptor(r, s) : null
          a && (a.get || a.set) ? Object.defineProperty(i, s, a) : (i[s] = r[s])
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        (t = yk(r)) ||
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          return Np(r, e)
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        e && Bp(r.prototype, e),
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        r
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        (r.prototype.constructor = r),
        Pa(r, e)
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    function Pa(r, e) {
      return (
        (Pa = Object.setPrototypeOf
          ? Object.setPrototypeOf.bind()
          : function (i, n) {
              return (i.__proto__ = n), i
            }),
        Pa(r, e)
      )
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    var vk = (function (r) {
      wk(e, r)
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        var n
        return (n = r.call(this, i) || this), n.nodes || (n.nodes = []), n
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      var t = e.prototype
      return (
        (t.append = function (n) {
          return (n.parent = this), this.nodes.push(n), this
        }),
        (t.prepend = function (n) {
          return (n.parent = this), this.nodes.unshift(n), this
        }),
        (t.at = function (n) {
          return this.nodes[n]
        }),
        (t.index = function (n) {
          return typeof n == 'number' ? n : this.nodes.indexOf(n)
        }),
        (t.removeChild = function (n) {
          ;(n = this.index(n)),
            (this.at(n).parent = void 0),
            this.nodes.splice(n, 1)
          var s
          for (var a in this.indexes)
            (s = this.indexes[a]), s >= n && (this.indexes[a] = s - 1)
          return this
        }),
        (t.removeAll = function () {
          for (var n = gk(this.nodes), s; !(s = n()).done; ) {
            var a = s.value
            a.parent = void 0
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          return (this.nodes = []), this
        }),
        (t.empty = function () {
          return this.removeAll()
        }),
        (t.insertAfter = function (n, s) {
          s.parent = this
          var a = this.index(n)
          this.nodes.splice(a + 1, 0, s), (s.parent = this)
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          for (var l in this.indexes)
            (o = this.indexes[l]), a <= o && (this.indexes[l] = o + 1)
          return this
        }),
        (t.insertBefore = function (n, s) {
          s.parent = this
          var a = this.index(n)
          this.nodes.splice(a, 0, s), (s.parent = this)
          var o
          for (var l in this.indexes)
            (o = this.indexes[l]), o <= a && (this.indexes[l] = o + 1)
          return this
        }),
        (t._findChildAtPosition = function (n, s) {
          var a = void 0
          return (
            this.each(function (o) {
              if (o.atPosition) {
                var l = o.atPosition(n, s)
                if (l) return (a = l), !1
              } else if (o.isAtPosition(n, s)) return (a = o), !1
            }),
            a
          )
        }),
        (t.atPosition = function (n, s) {
          if (this.isAtPosition(n, s))
            return this._findChildAtPosition(n, s) || this
        }),
        (t._inferEndPosition = function () {
          this.last &&
            this.last.source &&
            this.last.source.end &&
            ((this.source = this.source || {}),
            (this.source.end = this.source.end || {}),
            Object.assign(this.source.end, this.last.source.end))
        }),
        (t.each = function (n) {
          this.lastEach || (this.lastEach = 0),
            this.indexes || (this.indexes = {}),
            this.lastEach++
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            for (
              var a, o;
              this.indexes[s] < this.length &&
              ((a = this.indexes[s]), (o = n(this.at(a), a)), o !== !1);

            )
              this.indexes[s] += 1
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        }),
        (t.walk = function (n) {
          return this.each(function (s, a) {
            var o = n(s, a)
            if ((o !== !1 && s.length && (o = s.walk(n)), o === !1)) return !1
          })
        }),
        (t.walkAttributes = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.ATTRIBUTE) return n.call(s, a)
          })
        }),
        (t.walkClasses = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.CLASS) return n.call(s, a)
          })
        }),
        (t.walkCombinators = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.COMBINATOR) return n.call(s, a)
          })
        }),
        (t.walkComments = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.COMMENT) return n.call(s, a)
          })
        }),
        (t.walkIds = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.ID) return n.call(s, a)
          })
        }),
        (t.walkNesting = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.NESTING) return n.call(s, a)
          })
        }),
        (t.walkPseudos = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.PSEUDO) return n.call(s, a)
          })
        }),
        (t.walkTags = function (n) {
          var s = this
          return this.walk(function (a) {
            if (a.type === ht.TAG) return n.call(s, a)
          })
        }),
        (t.walkUniversals = function (n) {
          var s = this
          return this.walk(function (a) {
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          })
        }),
        (t.split = function (n) {
          var s = this,
            a = []
          return this.reduce(function (o, l, c) {
            var f = n.call(s, l)
            return (
              a.push(l),
              f ? (o.push(a), (a = [])) : c === s.length - 1 && o.push(a),
              o
            )
          }, [])
        }),
        (t.map = function (n) {
          return this.nodes.map(n)
        }),
        (t.reduce = function (n, s) {
          return this.nodes.reduce(n, s)
        }),
        (t.every = function (n) {
          return this.nodes.every(n)
        }),
        (t.some = function (n) {
          return this.nodes.some(n)
        }),
        (t.filter = function (n) {
          return this.nodes.filter(n)
        }),
        (t.sort = function (n) {
          return this.nodes.sort(n)
        }),
        (t.toString = function () {
          return this.map(String).join('')
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        bk(e, [
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            key: 'first',
            get: function () {
              return this.at(0)
            },
          },
          {
            key: 'last',
            get: function () {
              return this.at(this.length - 1)
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          },
          {
            key: 'length',
            get: function () {
              return this.nodes.length
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          },
        ]),
        e
      )
    })(dk.default)
    si.default = vk
    Fp.exports = si.default
  })
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    ;('use strict')
    ai.__esModule = !0
    ai.default = void 0
    var xk = Sk(Ln()),
      kk = Se()
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      return r && r.__esModule ? r : { default: r }
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    function jp(r, e) {
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        var i = e[t]
        ;(i.enumerable = i.enumerable || !1),
          (i.configurable = !0),
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      return (
        e && jp(r.prototype, e),
        t && jp(r, t),
        Object.defineProperty(r, 'prototype', { writable: !1 }),
        r
      )
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        (r.prototype.constructor = r),
        Ia(r, e)
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          var n = this.reduce(function (s, a) {
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        Ak(e, [
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        qa(r, e)
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          ? Object.setPrototypeOf.bind()
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              return (i.__proto__ = n), i
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      Dk = Ik.hasOwnProperty,
      qk = function (e, t) {
        if (!e) return t
        var i = {}
        for (var n in t) i[n] = Dk.call(e, n) ? e[n] : t[n]
        return i
      },
      $k = /[ -,\.\/:-@\[-\^`\{-~]/,
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      La = function r(e, t) {
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          t.quotes != 'single' && t.quotes != 'double' && (t.quotes = 'single')
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            o = 0,
            l = e.length;
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        ) {
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        return (
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          })),
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      isIdentifier: !1,
      quotes: 'single',
      wrap: !1,
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      jk = Se()
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          Object.defineProperty(r, i.key, i)
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        r
      )
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        (r.prototype.constructor = r),
        Ma(r, e)
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        (Ma = Object.setPrototypeOf
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              return (i.__proto__ = n), i
            }),
        Ma(r, e)
      )
    }
    var Vk = (function (r) {
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          (n = r.call(this, i) || this),
          (n.type = jk.CLASS),
          (n._constructed = !0),
          n
        )
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      var t = e.prototype
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        (t.valueToString = function () {
          return '.' + r.prototype.valueToString.call(this)
        }),
        zk(e, [
          {
            key: 'value',
            get: function () {
              return this._value
            },
            set: function (n) {
              if (this._constructed) {
                var s = (0, Nk.default)(n, { isIdentifier: !0 })
                s !== n
                  ? ((0, Bk.ensureObject)(this, 'raws'), (this.raws.value = s))
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              }
              this._value = n
            },
          },
        ]),
        e
      )
    })(Fk.default)
    li.default = Vk
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    ;('use strict')
    ui.__esModule = !0
    ui.default = void 0
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      Wk = Se()
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      return r && r.__esModule ? r : { default: r }
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        (r.prototype.constructor = r),
        Ba(r, e)
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      )
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    ;('use strict')
    xi.__esModule = !0
    xi.FIELDS = void 0
    xi.default = PA
    var D = CA(lo()),
      nr,
      te
    function pd(r) {
      if (typeof WeakMap != 'function') return null
      var e = new WeakMap(),
        t = new WeakMap()
      return (pd = function (n) {
        return n ? t : e
      })(r)
    }
    function CA(r, e) {
      if (!e && r && r.__esModule) return r
      if (r === null || (typeof r != 'object' && typeof r != 'function'))
        return { default: r }
      var t = pd(e)
      if (t && t.has(r)) return t.get(r)
      var i = {},
        n = Object.defineProperty && Object.getOwnPropertyDescriptor
      for (var s in r)
        if (s !== 'default' && Object.prototype.hasOwnProperty.call(r, s)) {
          var a = n ? Object.getOwnPropertyDescriptor(r, s) : null
          a && (a.get || a.set) ? Object.defineProperty(i, s, a) : (i[s] = r[s])
        }
      return (i.default = r), t && t.set(r, i), i
    }
    var _A =
        ((nr = {}),
        (nr[D.tab] = !0),
        (nr[D.newline] = !0),
        (nr[D.cr] = !0),
        (nr[D.feed] = !0),
        nr),
      EA =
        ((te = {}),
        (te[D.space] = !0),
        (te[D.tab] = !0),
        (te[D.newline] = !0),
        (te[D.cr] = !0),
        (te[D.feed] = !0),
        (te[D.ampersand] = !0),
        (te[D.asterisk] = !0),
        (te[D.bang] = !0),
        (te[D.comma] = !0),
        (te[D.colon] = !0),
        (te[D.semicolon] = !0),
        (te[D.openParenthesis] = !0),
        (te[D.closeParenthesis] = !0),
        (te[D.openSquare] = !0),
        (te[D.closeSquare] = !0),
        (te[D.singleQuote] = !0),
        (te[D.doubleQuote] = !0),
        (te[D.plus] = !0),
        (te[D.pipe] = !0),
        (te[D.tilde] = !0),
        (te[D.greaterThan] = !0),
        (te[D.equals] = !0),
        (te[D.dollar] = !0),
        (te[D.caret] = !0),
        (te[D.slash] = !0),
        te),
      uo = {},
      dd = '0123456789abcdefABCDEF'
    for (Un = 0; Un < dd.length; Un++) uo[dd.charCodeAt(Un)] = !0
    var Un
    function OA(r, e) {
      var t = e,
        i
      do {
        if (((i = r.charCodeAt(t)), EA[i])) return t - 1
        i === D.backslash ? (t = TA(r, t) + 1) : t++
      } while (t < r.length)
      return t - 1
    }
    function TA(r, e) {
      var t = e,
        i = r.charCodeAt(t + 1)
      if (!_A[i])
        if (uo[i]) {
          var n = 0
          do t++, n++, (i = r.charCodeAt(t + 1))
          while (uo[i] && n < 6)
          n < 6 && i === D.space && t++
        } else t++
      return t
    }
    var RA = {
      TYPE: 0,
      START_LINE: 1,
      START_COL: 2,
      END_LINE: 3,
      END_COL: 4,
      START_POS: 5,
      END_POS: 6,
    }
    xi.FIELDS = RA
    function PA(r) {
      var e = [],
        t = r.css.valueOf(),
        i = t,
        n = i.length,
        s = -1,
        a = 1,
        o = 0,
        l = 0,
        c,
        f,
        d,
        p,
        h,
        b,
        v,
        y,
        w,
        k,
        S,
        E,
        T
      function B(N, R) {
        if (r.safe) (t += R), (w = t.length - 1)
        else throw r.error('Unclosed ' + N, a, o - s, o)
      }
      for (; o < n; ) {
        switch (
          ((c = t.charCodeAt(o)), c === D.newline && ((s = o), (a += 1)), c)
        ) {
          case D.space:
          case D.tab:
          case D.newline:
          case D.cr:
          case D.feed:
            w = o
            do
              (w += 1),
                (c = t.charCodeAt(w)),
                c === D.newline && ((s = w), (a += 1))
            while (
              c === D.space ||
              c === D.newline ||
              c === D.tab ||
              c === D.cr ||
              c === D.feed
            )
            ;(T = D.space), (p = a), (d = w - s - 1), (l = w)
            break
          case D.plus:
          case D.greaterThan:
          case D.tilde:
          case D.pipe:
            w = o
            do (w += 1), (c = t.charCodeAt(w))
            while (
              c === D.plus ||
              c === D.greaterThan ||
              c === D.tilde ||
              c === D.pipe
            )
            ;(T = D.combinator), (p = a), (d = o - s), (l = w)
            break
          case D.asterisk:
          case D.ampersand:
          case D.bang:
          case D.comma:
          case D.equals:
          case D.dollar:
          case D.caret:
          case D.openSquare:
          case D.closeSquare:
          case D.colon:
          case D.semicolon:
          case D.openParenthesis:
          case D.closeParenthesis:
            ;(w = o), (T = c), (p = a), (d = o - s), (l = w + 1)
            break
          case D.singleQuote:
          case D.doubleQuote:
            ;(E = c === D.singleQuote ? "'" : '"'), (w = o)
            do
              for (
                h = !1,
                  w = t.indexOf(E, w + 1),
                  w === -1 && B('quote', E),
                  b = w;
                t.charCodeAt(b - 1) === D.backslash;

              )
                (b -= 1), (h = !h)
            while (h)
            ;(T = D.str), (p = a), (d = o - s), (l = w + 1)
            break
          default:
            c === D.slash && t.charCodeAt(o + 1) === D.asterisk
              ? ((w = t.indexOf('*/', o + 2) + 1),
                w === 0 && B('comment', '*/'),
                (f = t.slice(o, w + 1)),
                (y = f.split(`
`)),
                (v = y.length - 1),
                v > 0
                  ? ((k = a + v), (S = w - y[v].length))
                  : ((k = a), (S = s)),
                (T = D.comment),
                (a = k),
                (p = k),
                (d = w - S))
              : c === D.slash
              ? ((w = o), (T = c), (p = a), (d = o - s), (l = w + 1))
              : ((w = OA(t, o)), (T = D.word), (p = a), (d = w - s)),
              (l = w + 1)
            break
        }
        e.push([T, a, o - s, p, d, o, l]), S && ((s = S), (S = null)), (o = l)
      }
      return e
    }
  })
  var kd = x((ki, xd) => {
    u()
    ;('use strict')
    ki.__esModule = !0
    ki.default = void 0
    var IA = je(Da()),
      fo = je($a()),
      DA = je(Na()),
      md = je(Fa()),
      qA = je(za()),
      $A = je(Ha()),
      co = je(Ga()),
      LA = je(Ya()),
      gd = Vn(to()),
      MA = je(io()),
      po = je(so()),
      NA = je(oo()),
      BA = je(fd()),
      O = Vn(hd()),
      q = Vn(lo()),
      FA = Vn(Se()),
      ue = ii(),
      Vt,
      ho
    function yd(r) {
      if (typeof WeakMap != 'function') return null
      var e = new WeakMap(),
        t = new WeakMap()
      return (yd = function (n) {
        return n ? t : e
      })(r)
    }
    function Vn(r, e) {
      if (!e && r && r.__esModule) return r
      if (r === null || (typeof r != 'object' && typeof r != 'function'))
        return { default: r }
      var t = yd(e)
      if (t && t.has(r)) return t.get(r)
      var i = {},
        n = Object.defineProperty && Object.getOwnPropertyDescriptor
      for (var s in r)
        if (s !== 'default' && Object.prototype.hasOwnProperty.call(r, s)) {
          var a = n ? Object.getOwnPropertyDescriptor(r, s) : null
          a && (a.get || a.set) ? Object.defineProperty(i, s, a) : (i[s] = r[s])
        }
      return (i.default = r), t && t.set(r, i), i
    }
    function je(r) {
      return r && r.__esModule ? r : { default: r }
    }
    function bd(r, e) {
      for (var t = 0; t < e.length; t++) {
        var i = e[t]
        ;(i.enumerable = i.enumerable || !1),
          (i.configurable = !0),
          'value' in i && (i.writable = !0),
          Object.defineProperty(r, i.key, i)
      }
    }
    function jA(r, e, t) {
      return (
        e && bd(r.prototype, e),
        t && bd(r, t),
        Object.defineProperty(r, 'prototype', { writable: !1 }),
        r
      )
    }
    var mo =
        ((Vt = {}),
        (Vt[q.space] = !0),
        (Vt[q.cr] = !0),
        (Vt[q.feed] = !0),
        (Vt[q.newline] = !0),
        (Vt[q.tab] = !0),
        Vt),
      zA = Object.assign({}, mo, ((ho = {}), (ho[q.comment] = !0), ho))
    function wd(r) {
      return { line: r[O.FIELDS.START_LINE], column: r[O.FIELDS.START_COL] }
    }
    function vd(r) {
      return { line: r[O.FIELDS.END_LINE], column: r[O.FIELDS.END_COL] }
    }
    function Ht(r, e, t, i) {
      return { start: { line: r, column: e }, end: { line: t, column: i } }
    }
    function sr(r) {
      return Ht(
        r[O.FIELDS.START_LINE],
        r[O.FIELDS.START_COL],
        r[O.FIELDS.END_LINE],
        r[O.FIELDS.END_COL]
      )
    }
    function go(r, e) {
      if (!!r)
        return Ht(
          r[O.FIELDS.START_LINE],
          r[O.FIELDS.START_COL],
          e[O.FIELDS.END_LINE],
          e[O.FIELDS.END_COL]
        )
    }
    function ar(r, e) {
      var t = r[e]
      if (typeof t == 'string')
        return (
          t.indexOf('\\') !== -1 &&
            ((0, ue.ensureObject)(r, 'raws'),
            (r[e] = (0, ue.unesc)(t)),
            r.raws[e] === void 0 && (r.raws[e] = t)),
          r
        )
    }
    function yo(r, e) {
      for (var t = -1, i = []; (t = r.indexOf(e, t + 1)) !== -1; ) i.push(t)
      return i
    }
    function UA() {
      var r = Array.prototype.concat.apply([], arguments)
      return r.filter(function (e, t) {
        return t === r.indexOf(e)
      })
    }
    var VA = (function () {
      function r(t, i) {
        i === void 0 && (i = {}),
          (this.rule = t),
          (this.options = Object.assign({ lossy: !1, safe: !1 }, i)),
          (this.position = 0),
          (this.css =
            typeof this.rule == 'string' ? this.rule : this.rule.selector),
          (this.tokens = (0, O.default)({
            css: this.css,
            error: this._errorGenerator(),
            safe: this.options.safe,
          }))
        var n = go(this.tokens[0], this.tokens[this.tokens.length - 1])
        ;(this.root = new IA.default({ source: n })),
          (this.root.errorGenerator = this._errorGenerator())
        var s = new fo.default({
          source: { start: { line: 1, column: 1 } },
          sourceIndex: 0,
        })
        this.root.append(s), (this.current = s), this.loop()
      }
      var e = r.prototype
      return (
        (e._errorGenerator = function () {
          var i = this
          return function (n, s) {
            return typeof i.rule == 'string' ? new Error(n) : i.rule.error(n, s)
          }
        }),
        (e.attribute = function () {
          var i = [],
            n = this.currToken
          for (
            this.position++;
            this.position < this.tokens.length &&
            this.currToken[O.FIELDS.TYPE] !== q.closeSquare;

          )
            i.push(this.currToken), this.position++
          if (this.currToken[O.FIELDS.TYPE] !== q.closeSquare)
            return this.expected(
              'closing square bracket',
              this.currToken[O.FIELDS.START_POS]
            )
          var s = i.length,
            a = {
              source: Ht(n[1], n[2], this.currToken[3], this.currToken[4]),
              sourceIndex: n[O.FIELDS.START_POS],
            }
          if (s === 1 && !~[q.word].indexOf(i[0][O.FIELDS.TYPE]))
            return this.expected('attribute', i[0][O.FIELDS.START_POS])
          for (var o = 0, l = '', c = '', f = null, d = !1; o < s; ) {
            var p = i[o],
              h = this.content(p),
              b = i[o + 1]
            switch (p[O.FIELDS.TYPE]) {
              case q.space:
                if (((d = !0), this.options.lossy)) break
                if (f) {
                  ;(0, ue.ensureObject)(a, 'spaces', f)
                  var v = a.spaces[f].after || ''
                  a.spaces[f].after = v + h
                  var y =
                    (0, ue.getProp)(a, 'raws', 'spaces', f, 'after') || null
                  y && (a.raws.spaces[f].after = y + h)
                } else (l = l + h), (c = c + h)
                break
              case q.asterisk:
                if (b[O.FIELDS.TYPE] === q.equals)
                  (a.operator = h), (f = 'operator')
                else if ((!a.namespace || (f === 'namespace' && !d)) && b) {
                  l &&
                    ((0, ue.ensureObject)(a, 'spaces', 'attribute'),
                    (a.spaces.attribute.before = l),
                    (l = '')),
                    c &&
                      ((0, ue.ensureObject)(a, 'raws', 'spaces', 'attribute'),
                      (a.raws.spaces.attribute.before = l),
                      (c = '')),
                    (a.namespace = (a.namespace || '') + h)
                  var w = (0, ue.getProp)(a, 'raws', 'namespace') || null
                  w && (a.raws.namespace += h), (f = 'namespace')
                }
                d = !1
                break
              case q.dollar:
                if (f === 'value') {
                  var k = (0, ue.getProp)(a, 'raws', 'value')
                  ;(a.value += '$'), k && (a.raws.value = k + '$')
                  break
                }
              case q.caret:
                b[O.FIELDS.TYPE] === q.equals &&
                  ((a.operator = h), (f = 'operator')),
                  (d = !1)
                break
              case q.combinator:
                if (
                  (h === '~' &&
                    b[O.FIELDS.TYPE] === q.equals &&
                    ((a.operator = h), (f = 'operator')),
                  h !== '|')
                ) {
                  d = !1
                  break
                }
                b[O.FIELDS.TYPE] === q.equals
                  ? ((a.operator = h), (f = 'operator'))
                  : !a.namespace && !a.attribute && (a.namespace = !0),
                  (d = !1)
                break
              case q.word:
                if (
                  b &&
                  this.content(b) === '|' &&
                  i[o + 2] &&
                  i[o + 2][O.FIELDS.TYPE] !== q.equals &&
                  !a.operator &&
                  !a.namespace
                )
                  (a.namespace = h), (f = 'namespace')
                else if (!a.attribute || (f === 'attribute' && !d)) {
                  l &&
                    ((0, ue.ensureObject)(a, 'spaces', 'attribute'),
                    (a.spaces.attribute.before = l),
                    (l = '')),
                    c &&
                      ((0, ue.ensureObject)(a, 'raws', 'spaces', 'attribute'),
                      (a.raws.spaces.attribute.before = c),
                      (c = '')),
                    (a.attribute = (a.attribute || '') + h)
                  var S = (0, ue.getProp)(a, 'raws', 'attribute') || null
                  S && (a.raws.attribute += h), (f = 'attribute')
                } else if (
                  (!a.value && a.value !== '') ||
                  (f === 'value' && !(d || a.quoteMark))
                ) {
                  var E = (0, ue.unesc)(h),
                    T = (0, ue.getProp)(a, 'raws', 'value') || '',
                    B = a.value || ''
                  ;(a.value = B + E),
                    (a.quoteMark = null),
                    (E !== h || T) &&
                      ((0, ue.ensureObject)(a, 'raws'),
                      (a.raws.value = (T || B) + h)),
                    (f = 'value')
                } else {
                  var N = h === 'i' || h === 'I'
                  ;(a.value || a.value === '') && (a.quoteMark || d)
                    ? ((a.insensitive = N),
                      (!N || h === 'I') &&
                        ((0, ue.ensureObject)(a, 'raws'),
                        (a.raws.insensitiveFlag = h)),
                      (f = 'insensitive'),
                      l &&
                        ((0, ue.ensureObject)(a, 'spaces', 'insensitive'),
                        (a.spaces.insensitive.before = l),
                        (l = '')),
                      c &&
                        ((0, ue.ensureObject)(
                          a,
                          'raws',
                          'spaces',
                          'insensitive'
                        ),
                        (a.raws.spaces.insensitive.before = c),
                        (c = '')))
                    : (a.value || a.value === '') &&
                      ((f = 'value'),
                      (a.value += h),
                      a.raws.value && (a.raws.value += h))
                }
                d = !1
                break
              case q.str:
                if (!a.attribute || !a.operator)
                  return this.error(
                    'Expected an attribute followed by an operator preceding the string.',
                    { index: p[O.FIELDS.START_POS] }
                  )
                var R = (0, gd.unescapeValue)(h),
                  F = R.unescaped,
                  Y = R.quoteMark
                ;(a.value = F),
                  (a.quoteMark = Y),
                  (f = 'value'),
                  (0, ue.ensureObject)(a, 'raws'),
                  (a.raws.value = h),
                  (d = !1)
                break
              case q.equals:
                if (!a.attribute)
                  return this.expected('attribute', p[O.FIELDS.START_POS], h)
                if (a.value)
                  return this.error(
                    'Unexpected "=" found; an operator was already defined.',
                    { index: p[O.FIELDS.START_POS] }
                  )
                ;(a.operator = a.operator ? a.operator + h : h),
                  (f = 'operator'),
                  (d = !1)
                break
              case q.comment:
                if (f)
                  if (
                    d ||
                    (b && b[O.FIELDS.TYPE] === q.space) ||
                    f === 'insensitive'
                  ) {
                    var _ = (0, ue.getProp)(a, 'spaces', f, 'after') || '',
                      Q = (0, ue.getProp)(a, 'raws', 'spaces', f, 'after') || _
                    ;(0, ue.ensureObject)(a, 'raws', 'spaces', f),
                      (a.raws.spaces[f].after = Q + h)
                  } else {
                    var U = a[f] || '',
                      le = (0, ue.getProp)(a, 'raws', f) || U
                    ;(0, ue.ensureObject)(a, 'raws'), (a.raws[f] = le + h)
                  }
                else c = c + h
                break
              default:
                return this.error('Unexpected "' + h + '" found.', {
                  index: p[O.FIELDS.START_POS],
                })
            }
            o++
          }
          ar(a, 'attribute'),
            ar(a, 'namespace'),
            this.newNode(new gd.default(a)),
            this.position++
        }),
        (e.parseWhitespaceEquivalentTokens = function (i) {
          i < 0 && (i = this.tokens.length)
          var n = this.position,
            s = [],
            a = '',
            o = void 0
          do
            if (mo[this.currToken[O.FIELDS.TYPE]])
              this.options.lossy || (a += this.content())
            else if (this.currToken[O.FIELDS.TYPE] === q.comment) {
              var l = {}
              a && ((l.before = a), (a = '')),
                (o = new md.default({
                  value: this.content(),
                  source: sr(this.currToken),
                  sourceIndex: this.currToken[O.FIELDS.START_POS],
                  spaces: l,
                })),
                s.push(o)
            }
          while (++this.position < i)
          if (a) {
            if (o) o.spaces.after = a
            else if (!this.options.lossy) {
              var c = this.tokens[n],
                f = this.tokens[this.position - 1]
              s.push(
                new co.default({
                  value: '',
                  source: Ht(
                    c[O.FIELDS.START_LINE],
                    c[O.FIELDS.START_COL],
                    f[O.FIELDS.END_LINE],
                    f[O.FIELDS.END_COL]
                  ),
                  sourceIndex: c[O.FIELDS.START_POS],
                  spaces: { before: a, after: '' },
                })
              )
            }
          }
          return s
        }),
        (e.convertWhitespaceNodesToSpace = function (i, n) {
          var s = this
          n === void 0 && (n = !1)
          var a = '',
            o = ''
          i.forEach(function (c) {
            var f = s.lossySpace(c.spaces.before, n),
              d = s.lossySpace(c.rawSpaceBefore, n)
            ;(a += f + s.lossySpace(c.spaces.after, n && f.length === 0)),
              (o +=
                f +
                c.value +
                s.lossySpace(c.rawSpaceAfter, n && d.length === 0))
          }),
            o === a && (o = void 0)
          var l = { space: a, rawSpace: o }
          return l
        }),
        (e.isNamedCombinator = function (i) {
          return (
            i === void 0 && (i = this.position),
            this.tokens[i + 0] &&
              this.tokens[i + 0][O.FIELDS.TYPE] === q.slash &&
              this.tokens[i + 1] &&
              this.tokens[i + 1][O.FIELDS.TYPE] === q.word &&
              this.tokens[i + 2] &&
              this.tokens[i + 2][O.FIELDS.TYPE] === q.slash
          )
        }),
        (e.namedCombinator = function () {
          if (this.isNamedCombinator()) {
            var i = this.content(this.tokens[this.position + 1]),
              n = (0, ue.unesc)(i).toLowerCase(),
              s = {}
            n !== i && (s.value = '/' + i + '/')
            var a = new po.default({
              value: '/' + n + '/',
              source: Ht(
                this.currToken[O.FIELDS.START_LINE],
                this.currToken[O.FIELDS.START_COL],
                this.tokens[this.position + 2][O.FIELDS.END_LINE],
                this.tokens[this.position + 2][O.FIELDS.END_COL]
              ),
              sourceIndex: this.currToken[O.FIELDS.START_POS],
              raws: s,
            })
            return (this.position = this.position + 3), a
          } else this.unexpected()
        }),
        (e.combinator = function () {
          var i = this
          if (this.content() === '|') return this.namespace()
          var n = this.locateNextMeaningfulToken(this.position)
          if (
            n < 0 ||
            this.tokens[n][O.FIELDS.TYPE] === q.comma ||
            this.tokens[n][O.FIELDS.TYPE] === q.closeParenthesis
          ) {
            var s = this.parseWhitespaceEquivalentTokens(n)
            if (s.length > 0) {
              var a = this.current.last
              if (a) {
                var o = this.convertWhitespaceNodesToSpace(s),
                  l = o.space,
                  c = o.rawSpace
                c !== void 0 && (a.rawSpaceAfter += c), (a.spaces.after += l)
              } else
                s.forEach(function (T) {
                  return i.newNode(T)
                })
            }
            return
          }
          var f = this.currToken,
            d = void 0
          n > this.position && (d = this.parseWhitespaceEquivalentTokens(n))
          var p
          if (
            (this.isNamedCombinator()
              ? (p = this.namedCombinator())
              : this.currToken[O.FIELDS.TYPE] === q.combinator
              ? ((p = new po.default({
                  value: this.content(),
                  source: sr(this.currToken),
                  sourceIndex: this.currToken[O.FIELDS.START_POS],
                })),
                this.position++)
              : mo[this.currToken[O.FIELDS.TYPE]] || d || this.unexpected(),
            p)
          ) {
            if (d) {
              var h = this.convertWhitespaceNodesToSpace(d),
                b = h.space,
                v = h.rawSpace
              ;(p.spaces.before = b), (p.rawSpaceBefore = v)
            }
          } else {
            var y = this.convertWhitespaceNodesToSpace(d, !0),
              w = y.space,
              k = y.rawSpace
            k || (k = w)
            var S = {},
              E = { spaces: {} }
            w.endsWith(' ') && k.endsWith(' ')
              ? ((S.before = w.slice(0, w.length - 1)),
                (E.spaces.before = k.slice(0, k.length - 1)))
              : w.startsWith(' ') && k.startsWith(' ')
              ? ((S.after = w.slice(1)), (E.spaces.after = k.slice(1)))
              : (E.value = k),
              (p = new po.default({
                value: ' ',
                source: go(f, this.tokens[this.position - 1]),
                sourceIndex: f[O.FIELDS.START_POS],
                spaces: S,
                raws: E,
              }))
          }
          return (
            this.currToken &&
              this.currToken[O.FIELDS.TYPE] === q.space &&
              ((p.spaces.after = this.optionalSpace(this.content())),
              this.position++),
            this.newNode(p)
          )
        }),
        (e.comma = function () {
          if (this.position === this.tokens.length - 1) {
            ;(this.root.trailingComma = !0), this.position++
            return
          }
          this.current._inferEndPosition()
          var i = new fo.default({
            source: { start: wd(this.tokens[this.position + 1]) },
            sourceIndex: this.tokens[this.position + 1][O.FIELDS.START_POS],
          })
          this.current.parent.append(i), (this.current = i), this.position++
        }),
        (e.comment = function () {
          var i = this.currToken
          this.newNode(
            new md.default({
              value: this.content(),
              source: sr(i),
              sourceIndex: i[O.FIELDS.START_POS],
            })
          ),
            this.position++
        }),
        (e.error = function (i, n) {
          throw this.root.error(i, n)
        }),
        (e.missingBackslash = function () {
          return this.error('Expected a backslash preceding the semicolon.', {
            index: this.currToken[O.FIELDS.START_POS],
          })
        }),
        (e.missingParenthesis = function () {
          return this.expected(
            'opening parenthesis',
            this.currToken[O.FIELDS.START_POS]
          )
        }),
        (e.missingSquareBracket = function () {
          return this.expected(
            'opening square bracket',
            this.currToken[O.FIELDS.START_POS]
          )
        }),
        (e.unexpected = function () {
          return this.error(
            "Unexpected '" +
              this.content() +
              "'. Escaping special characters with \\ may help.",
            this.currToken[O.FIELDS.START_POS]
          )
        }),
        (e.unexpectedPipe = function () {
          return this.error(
            "Unexpected '|'.",
            this.currToken[O.FIELDS.START_POS]
          )
        }),
        (e.namespace = function () {
          var i = (this.prevToken && this.content(this.prevToken)) || !0
          if (this.nextToken[O.FIELDS.TYPE] === q.word)
            return this.position++, this.word(i)
          if (this.nextToken[O.FIELDS.TYPE] === q.asterisk)
            return this.position++, this.universal(i)
          this.unexpectedPipe()
        }),
        (e.nesting = function () {
          if (this.nextToken) {
            var i = this.content(this.nextToken)
            if (i === '|') {
              this.position++
              return
            }
          }
          var n = this.currToken
          this.newNode(
            new NA.default({
              value: this.content(),
              source: sr(n),
              sourceIndex: n[O.FIELDS.START_POS],
            })
          ),
            this.position++
        }),
        (e.parentheses = function () {
          var i = this.current.last,
            n = 1
          if ((this.position++, i && i.type === FA.PSEUDO)) {
            var s = new fo.default({
                source: { start: wd(this.tokens[this.position]) },
                sourceIndex: this.tokens[this.position][O.FIELDS.START_POS],
              }),
              a = this.current
            for (
              i.append(s), this.current = s;
              this.position < this.tokens.length && n;

            )
              this.currToken[O.FIELDS.TYPE] === q.openParenthesis && n++,
                this.currToken[O.FIELDS.TYPE] === q.closeParenthesis && n--,
                n
                  ? this.parse()
                  : ((this.current.source.end = vd(this.currToken)),
                    (this.current.parent.source.end = vd(this.currToken)),
                    this.position++)
            this.current = a
          } else {
            for (
              var o = this.currToken, l = '(', c;
              this.position < this.tokens.length && n;

            )
              this.currToken[O.FIELDS.TYPE] === q.openParenthesis && n++,
                this.currToken[O.FIELDS.TYPE] === q.closeParenthesis && n--,
                (c = this.currToken),
                (l += this.parseParenthesisToken(this.currToken)),
                this.position++
            i
              ? i.appendToPropertyAndEscape('value', l, l)
              : this.newNode(
                  new co.default({
                    value: l,
                    source: Ht(
                      o[O.FIELDS.START_LINE],
                      o[O.FIELDS.START_COL],
                      c[O.FIELDS.END_LINE],
                      c[O.FIELDS.END_COL]
                    ),
                    sourceIndex: o[O.FIELDS.START_POS],
                  })
                )
          }
          if (n)
            return this.expected(
              'closing parenthesis',
              this.currToken[O.FIELDS.START_POS]
            )
        }),
        (e.pseudo = function () {
          for (
            var i = this, n = '', s = this.currToken;
            this.currToken && this.currToken[O.FIELDS.TYPE] === q.colon;

          )
            (n += this.content()), this.position++
          if (!this.currToken)
            return this.expected(
              ['pseudo-class', 'pseudo-element'],
              this.position - 1
            )
          if (this.currToken[O.FIELDS.TYPE] === q.word)
            this.splitWord(!1, function (a, o) {
              ;(n += a),
                i.newNode(
                  new LA.default({
                    value: n,
                    source: go(s, i.currToken),
                    sourceIndex: s[O.FIELDS.START_POS],
                  })
                ),
                o > 1 &&
                  i.nextToken &&
                  i.nextToken[O.FIELDS.TYPE] === q.openParenthesis &&
                  i.error('Misplaced parenthesis.', {
                    index: i.nextToken[O.FIELDS.START_POS],
                  })
            })
          else
            return this.expected(
              ['pseudo-class', 'pseudo-element'],
              this.currToken[O.FIELDS.START_POS]
            )
        }),
        (e.space = function () {
          var i = this.content()
          this.position === 0 ||
          this.prevToken[O.FIELDS.TYPE] === q.comma ||
          this.prevToken[O.FIELDS.TYPE] === q.openParenthesis ||
          this.current.nodes.every(function (n) {
            return n.type === 'comment'
          })
            ? ((this.spaces = this.optionalSpace(i)), this.position++)
            : this.position === this.tokens.length - 1 ||
              this.nextToken[O.FIELDS.TYPE] === q.comma ||
              this.nextToken[O.FIELDS.TYPE] === q.closeParenthesis
            ? ((this.current.last.spaces.after = this.optionalSpace(i)),
              this.position++)
            : this.combinator()
        }),
        (e.string = function () {
          var i = this.currToken
          this.newNode(
            new co.default({
              value: this.content(),
              source: sr(i),
              sourceIndex: i[O.FIELDS.START_POS],
            })
          ),
            this.position++
        }),
        (e.universal = function (i) {
          var n = this.nextToken
          if (n && this.content(n) === '|')
            return this.position++, this.namespace()
          var s = this.currToken
          this.newNode(
            new MA.default({
              value: this.content(),
              source: sr(s),
              sourceIndex: s[O.FIELDS.START_POS],
            }),
            i
          ),
            this.position++
        }),
        (e.splitWord = function (i, n) {
          for (
            var s = this, a = this.nextToken, o = this.content();
            a &&
            ~[q.dollar, q.caret, q.equals, q.word].indexOf(a[O.FIELDS.TYPE]);

          ) {
            this.position++
            var l = this.content()
            if (((o += l), l.lastIndexOf('\\') === l.length - 1)) {
              var c = this.nextToken
              c &&
                c[O.FIELDS.TYPE] === q.space &&
                ((o += this.requiredSpace(this.content(c))), this.position++)
            }
            a = this.nextToken
          }
          var f = yo(o, '.').filter(function (b) {
              var v = o[b - 1] === '\\',
                y = /^\d+\.\d+%$/.test(o)
              return !v && !y
            }),
            d = yo(o, '#').filter(function (b) {
              return o[b - 1] !== '\\'
            }),
            p = yo(o, '#{')
          p.length &&
            (d = d.filter(function (b) {
              return !~p.indexOf(b)
            }))
          var h = (0, BA.default)(UA([0].concat(f, d)))
          h.forEach(function (b, v) {
            var y = h[v + 1] || o.length,
              w = o.slice(b, y)
            if (v === 0 && n) return n.call(s, w, h.length)
            var k,
              S = s.currToken,
              E = S[O.FIELDS.START_POS] + h[v],
              T = Ht(S[1], S[2] + b, S[3], S[2] + (y - 1))
            if (~f.indexOf(b)) {
              var B = { value: w.slice(1), source: T, sourceIndex: E }
              k = new DA.default(ar(B, 'value'))
            } else if (~d.indexOf(b)) {
              var N = { value: w.slice(1), source: T, sourceIndex: E }
              k = new qA.default(ar(N, 'value'))
            } else {
              var R = { value: w, source: T, sourceIndex: E }
              ar(R, 'value'), (k = new $A.default(R))
            }
            s.newNode(k, i), (i = null)
          }),
            this.position++
        }),
        (e.word = function (i) {
          var n = this.nextToken
          return n && this.content(n) === '|'
            ? (this.position++, this.namespace())
            : this.splitWord(i)
        }),
        (e.loop = function () {
          for (; this.position < this.tokens.length; ) this.parse(!0)
          return this.current._inferEndPosition(), this.root
        }),
        (e.parse = function (i) {
          switch (this.currToken[O.FIELDS.TYPE]) {
            case q.space:
              this.space()
              break
            case q.comment:
              this.comment()
              break
            case q.openParenthesis:
              this.parentheses()
              break
            case q.closeParenthesis:
              i && this.missingParenthesis()
              break
            case q.openSquare:
              this.attribute()
              break
            case q.dollar:
            case q.caret:
            case q.equals:
            case q.word:
              this.word()
              break
            case q.colon:
              this.pseudo()
              break
            case q.comma:
              this.comma()
              break
            case q.asterisk:
              this.universal()
              break
            case q.ampersand:
              this.nesting()
              break
            case q.slash:
            case q.combinator:
              this.combinator()
              break
            case q.str:
              this.string()
              break
            case q.closeSquare:
              this.missingSquareBracket()
            case q.semicolon:
              this.missingBackslash()
            default:
              this.unexpected()
          }
        }),
        (e.expected = function (i, n, s) {
          if (Array.isArray(i)) {
            var a = i.pop()
            i = i.join(', ') + ' or ' + a
          }
          var o = /^[aeiou]/.test(i[0]) ? 'an' : 'a'
          return s
            ? this.error(
                'Expected ' + o + ' ' + i + ', found "' + s + '" instead.',
                { index: n }
              )
            : this.error('Expected ' + o + ' ' + i + '.', { index: n })
        }),
        (e.requiredSpace = function (i) {
          return this.options.lossy ? ' ' : i
        }),
        (e.optionalSpace = function (i) {
          return this.options.lossy ? '' : i
        }),
        (e.lossySpace = function (i, n) {
          return this.options.lossy ? (n ? ' ' : '') : i
        }),
        (e.parseParenthesisToken = function (i) {
          var n = this.content(i)
          return i[O.FIELDS.TYPE] === q.space ? this.requiredSpace(n) : n
        }),
        (e.newNode = function (i, n) {
          return (
            n &&
              (/^ +$/.test(n) &&
                (this.options.lossy || (this.spaces = (this.spaces || '') + n),
                (n = !0)),
              (i.namespace = n),
              ar(i, 'namespace')),
            this.spaces &&
              ((i.spaces.before = this.spaces), (this.spaces = '')),
            this.current.append(i)
          )
        }),
        (e.content = function (i) {
          return (
            i === void 0 && (i = this.currToken),
            this.css.slice(i[O.FIELDS.START_POS], i[O.FIELDS.END_POS])
          )
        }),
        (e.locateNextMeaningfulToken = function (i) {
          i === void 0 && (i = this.position + 1)
          for (var n = i; n < this.tokens.length; )
            if (zA[this.tokens[n][O.FIELDS.TYPE]]) {
              n++
              continue
            } else return n
          return -1
        }),
        jA(r, [
          {
            key: 'currToken',
            get: function () {
              return this.tokens[this.position]
            },
          },
          {
            key: 'nextToken',
            get: function () {
              return this.tokens[this.position + 1]
            },
          },
          {
            key: 'prevToken',
            get: function () {
              return this.tokens[this.position - 1]
            },
          },
        ]),
        r
      )
    })()
    ki.default = VA
    xd.exports = ki.default
  })
  var Ad = x((Si, Sd) => {
    u()
    ;('use strict')
    Si.__esModule = !0
    Si.default = void 0
    var HA = WA(kd())
    function WA(r) {
      return r && r.__esModule ? r : { default: r }
    }
    var GA = (function () {
      function r(t, i) {
        ;(this.func = t || function () {}),
          (this.funcRes = null),
          (this.options = i)
      }
      var e = r.prototype
      return (
        (e._shouldUpdateSelector = function (i, n) {
          n === void 0 && (n = {})
          var s = Object.assign({}, this.options, n)
          return s.updateSelector === !1 ? !1 : typeof i != 'string'
        }),
        (e._isLossy = function (i) {
          i === void 0 && (i = {})
          var n = Object.assign({}, this.options, i)
          return n.lossless === !1
        }),
        (e._root = function (i, n) {
          n === void 0 && (n = {})
          var s = new HA.default(i, this._parseOptions(n))
          return s.root
        }),
        (e._parseOptions = function (i) {
          return { lossy: this._isLossy(i) }
        }),
        (e._run = function (i, n) {
          var s = this
          return (
            n === void 0 && (n = {}),
            new Promise(function (a, o) {
              try {
                var l = s._root(i, n)
                Promise.resolve(s.func(l))
                  .then(function (c) {
                    var f = void 0
                    return (
                      s._shouldUpdateSelector(i, n) &&
                        ((f = l.toString()), (i.selector = f)),
                      { transform: c, root: l, string: f }
                    )
                  })
                  .then(a, o)
              } catch (c) {
                o(c)
                return
              }
            })
          )
        }),
        (e._runSync = function (i, n) {
          n === void 0 && (n = {})
          var s = this._root(i, n),
            a = this.func(s)
          if (a && typeof a.then == 'function')
            throw new Error(
              'Selector processor returned a promise to a synchronous call.'
            )
          var o = void 0
          return (
            n.updateSelector &&
              typeof i != 'string' &&
              ((o = s.toString()), (i.selector = o)),
            { transform: a, root: s, string: o }
          )
        }),
        (e.ast = function (i, n) {
          return this._run(i, n).then(function (s) {
            return s.root
          })
        }),
        (e.astSync = function (i, n) {
          return this._runSync(i, n).root
        }),
        (e.transform = function (i, n) {
          return this._run(i, n).then(function (s) {
            return s.transform
          })
        }),
        (e.transformSync = function (i, n) {
          return this._runSync(i, n).transform
        }),
        (e.process = function (i, n) {
          return this._run(i, n).then(function (s) {
            return s.string || s.root.toString()
          })
        }),
        (e.processSync = function (i, n) {
          var s = this._runSync(i, n)
          return s.string || s.root.toString()
        }),
        r
      )
    })()
    Si.default = GA
    Sd.exports = Si.default
  })
  var Cd = x((ne) => {
    u()
    ;('use strict')
    ne.__esModule = !0
    ne.universal =
      ne.tag =
      ne.string =
      ne.selector =
      ne.root =
      ne.pseudo =
      ne.nesting =
      ne.id =
      ne.comment =
      ne.combinator =
      ne.className =
      ne.attribute =
        void 0
    var QA = ze(to()),
      YA = ze(Na()),
      KA = ze(so()),
      XA = ze(Fa()),
      ZA = ze(za()),
      JA = ze(oo()),
      eC = ze(Ya()),
      tC = ze(Da()),
      rC = ze($a()),
      iC = ze(Ga()),
      nC = ze(Ha()),
      sC = ze(io())
    function ze(r) {
      return r && r.__esModule ? r : { default: r }
    }
    var aC = function (e) {
      return new QA.default(e)
    }
    ne.attribute = aC
    var oC = function (e) {
      return new YA.default(e)
    }
    ne.className = oC
    var lC = function (e) {
      return new KA.default(e)
    }
    ne.combinator = lC
    var uC = function (e) {
      return new XA.default(e)
    }
    ne.comment = uC
    var fC = function (e) {
      return new ZA.default(e)
    }
    ne.id = fC
    var cC = function (e) {
      return new JA.default(e)
    }
    ne.nesting = cC
    var pC = function (e) {
      return new eC.default(e)
    }
    ne.pseudo = pC
    var dC = function (e) {
      return new tC.default(e)
    }
    ne.root = dC
    var hC = function (e) {
      return new rC.default(e)
    }
    ne.selector = hC
    var mC = function (e) {
      return new iC.default(e)
    }
    ne.string = mC
    var gC = function (e) {
      return new nC.default(e)
    }
    ne.tag = gC
    var yC = function (e) {
      return new sC.default(e)
    }
    ne.universal = yC
  })
  var Td = x((Z) => {
    u()
    ;('use strict')
    Z.__esModule = !0
    Z.isComment = Z.isCombinator = Z.isClassName = Z.isAttribute = void 0
    Z.isContainer = TC
    Z.isIdentifier = void 0
    Z.isNamespace = RC
    Z.isNesting = void 0
    Z.isNode = bo
    Z.isPseudo = void 0
    Z.isPseudoClass = OC
    Z.isPseudoElement = Od
    Z.isUniversal = Z.isTag = Z.isString = Z.isSelector = Z.isRoot = void 0
    var fe = Se(),
      Oe,
      bC =
        ((Oe = {}),
        (Oe[fe.ATTRIBUTE] = !0),
        (Oe[fe.CLASS] = !0),
        (Oe[fe.COMBINATOR] = !0),
        (Oe[fe.COMMENT] = !0),
        (Oe[fe.ID] = !0),
        (Oe[fe.NESTING] = !0),
        (Oe[fe.PSEUDO] = !0),
        (Oe[fe.ROOT] = !0),
        (Oe[fe.SELECTOR] = !0),
        (Oe[fe.STRING] = !0),
        (Oe[fe.TAG] = !0),
        (Oe[fe.UNIVERSAL] = !0),
        Oe)
    function bo(r) {
      return typeof r == 'object' && bC[r.type]
    }
    function Ue(r, e) {
      return bo(e) && e.type === r
    }
    var _d = Ue.bind(null, fe.ATTRIBUTE)
    Z.isAttribute = _d
    var wC = Ue.bind(null, fe.CLASS)
    Z.isClassName = wC
    var vC = Ue.bind(null, fe.COMBINATOR)
    Z.isCombinator = vC
    var xC = Ue.bind(null, fe.COMMENT)
    Z.isComment = xC
    var kC = Ue.bind(null, fe.ID)
    Z.isIdentifier = kC
    var SC = Ue.bind(null, fe.NESTING)
    Z.isNesting = SC
    var wo = Ue.bind(null, fe.PSEUDO)
    Z.isPseudo = wo
    var AC = Ue.bind(null, fe.ROOT)
    Z.isRoot = AC
    var CC = Ue.bind(null, fe.SELECTOR)
    Z.isSelector = CC
    var _C = Ue.bind(null, fe.STRING)
    Z.isString = _C
    var Ed = Ue.bind(null, fe.TAG)
    Z.isTag = Ed
    var EC = Ue.bind(null, fe.UNIVERSAL)
    Z.isUniversal = EC
    function Od(r) {
      return (
        wo(r) &&
        r.value &&
        (r.value.startsWith('::') ||
          r.value.toLowerCase() === ':before' ||
          r.value.toLowerCase() === ':after' ||
          r.value.toLowerCase() === ':first-letter' ||
          r.value.toLowerCase() === ':first-line')
      )
    }
    function OC(r) {
      return wo(r) && !Od(r)
    }
    function TC(r) {
      return !!(bo(r) && r.walk)
    }
    function RC(r) {
      return _d(r) || Ed(r)
    }
  })
  var Rd = x((Ke) => {
    u()
    ;('use strict')
    Ke.__esModule = !0
    var vo = Se()
    Object.keys(vo).forEach(function (r) {
      r === 'default' ||
        r === '__esModule' ||
        (r in Ke && Ke[r] === vo[r]) ||
        (Ke[r] = vo[r])
    })
    var xo = Cd()
    Object.keys(xo).forEach(function (r) {
      r === 'default' ||
        r === '__esModule' ||
        (r in Ke && Ke[r] === xo[r]) ||
        (Ke[r] = xo[r])
    })
    var ko = Td()
    Object.keys(ko).forEach(function (r) {
      r === 'default' ||
        r === '__esModule' ||
        (r in Ke && Ke[r] === ko[r]) ||
        (Ke[r] = ko[r])
    })
  })
  var it = x((Ai, Id) => {
    u()
    ;('use strict')
    Ai.__esModule = !0
    Ai.default = void 0
    var PC = qC(Ad()),
      IC = DC(Rd())
    function Pd(r) {
      if (typeof WeakMap != 'function') return null
      var e = new WeakMap(),
        t = new WeakMap()
      return (Pd = function (n) {
        return n ? t : e
      })(r)
    }
    function DC(r, e) {
      if (!e && r && r.__esModule) return r
      if (r === null || (typeof r != 'object' && typeof r != 'function'))
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        fontWeight: !0,
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        orphans: !0,
        tabSize: !0,
        widows: !0,
        zIndex: !0,
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      ? { result: !1, reason: 'raw-values' }
      : r.values[0].min !== void 0 && r.values[0].max !== void 0
      ? { result: !1, reason: 'min-and-max' }
      : { result: !0, reason: null }
  }
  function hh(r, e, t) {
    let i = Xn(e, r),
      n = Xn(t, r),
      s = Kn(i),
      a = Kn(n)
    if (s.reason === 'multiple-values' || a.reason === 'multiple-values')
      throw new Error(
        'Attempted to sort a screen with multiple values. This should never happen. Please open a bug report.'
      )
    if (s.reason === 'raw-values' || a.reason === 'raw-values')
      throw new Error(
        'Attempted to sort a screen with raw values. This should never happen. Please open a bug report.'
      )
    if (s.reason === 'min-and-max' || a.reason === 'min-and-max')
      throw new Error(
        'Attempted to sort a screen with both min and max values. This should never happen. Please open a bug report.'
      )
    let { min: o, max: l } = i.values[0],
      { min: c, max: f } = n.values[0]
    e.not && ([o, l] = [l, o]),
      t.not && ([c, f] = [f, c]),
      (o = o === void 0 ? o : parseFloat(o)),
      (l = l === void 0 ? l : parseFloat(l)),
      (c = c === void 0 ? c : parseFloat(c)),
      (f = f === void 0 ? f : parseFloat(f))
    let [d, p] = r === 'min' ? [o, c] : [f, l]
    return d - p
  }
  function Xn(r, e) {
    return typeof r == 'object'
      ? r
      : { name: 'arbitrary-screen', values: [{ [e]: r }] }
  }
  function mh({ 'min-width': r, min: e = r, max: t, raw: i } = {}) {
    return { min: e, max: t, raw: i }
  }
  var Zn = P(() => {
    u()
  })
  function Jn(r, e) {
    r.walkDecls((t) => {
      if (e.includes(t.prop)) {
        t.remove()
        return
      }
      for (let i of e)
        t.value.includes(`/ var(${i})`)
          ? (t.value = t.value.replace(`/ var(${i})`, ''))
          : t.value.includes(`/ var(${i}, 1)`) &&
            (t.value = t.value.replace(`/ var(${i}, 1)`, ''))
    })
  }
  var gh = P(() => {
    u()
  })
  var se,
    Xe,
    nt,
    ge,
    yh,
    bh = P(() => {
      u()
      ft()
      et()
      Ot()
      oh()
      Yn()
      fr()
      uh()
      ch()
      Lr()
      ra()
      Kt()
      Ci()
      ph()
      Be()
      Zn()
      Ys()
      gh()
      ct()
      Br()
      Oi()
      ;(se = {
        childVariant: ({ addVariant: r }) => {
          r('*', '& > *')
        },
        pseudoElementVariants: ({ addVariant: r }) => {
          r('first-letter', '&::first-letter'),
            r('first-line', '&::first-line'),
            r('marker', [
              ({ container: e }) => (
                Jn(e, ['--tw-text-opacity']), '& *::marker'
              ),
              ({ container: e }) => (Jn(e, ['--tw-text-opacity']), '&::marker'),
            ]),
            r('selection', ['& *::selection', '&::selection']),
            r('file', '&::file-selector-button'),
            r('placeholder', '&::placeholder'),
            r('backdrop', '&::backdrop'),
            r(
              'before',
              ({ container: e }) => (
                e.walkRules((t) => {
                  let i = !1
                  t.walkDecls('content', () => {
                    i = !0
                  }),
                    i ||
                      t.prepend(
                        ee.decl({ prop: 'content', value: 'var(--tw-content)' })
                      )
                }),
                '&::before'
              )
            ),
            r(
              'after',
              ({ container: e }) => (
                e.walkRules((t) => {
                  let i = !1
                  t.walkDecls('content', () => {
                    i = !0
                  }),
                    i ||
                      t.prepend(
                        ee.decl({ prop: 'content', value: 'var(--tw-content)' })
                      )
                }),
                '&::after'
              )
            )
        },
        pseudoClassVariants: ({
          addVariant: r,
          matchVariant: e,
          config: t,
          prefix: i,
        }) => {
          let n = [
            ['first', '&:first-child'],
            ['last', '&:last-child'],
            ['only', '&:only-child'],
            ['odd', '&:nth-child(odd)'],
            ['even', '&:nth-child(even)'],
            'first-of-type',
            'last-of-type',
            'only-of-type',
            [
              'visited',
              ({ container: a }) => (
                Jn(a, [
                  '--tw-text-opacity',
                  '--tw-border-opacity',
                  '--tw-bg-opacity',
                ]),
                '&:visited'
              ),
            ],
            'target',
            ['open', '&[open]'],
            'default',
            'checked',
            'indeterminate',
            'placeholder-shown',
            'autofill',
            'optional',
            'required',
            'valid',
            'invalid',
            'in-range',
            'out-of-range',
            'read-only',
            'empty',
            'focus-within',
            [
              'hover',
              we(t(), 'hoverOnlyWhenSupported')
                ? '@media (hover: hover) and (pointer: fine) { &:hover }'
                : '&:hover',
            ],
            'focus',
            'focus-visible',
            'active',
            'enabled',
            'disabled',
          ].map((a) => (Array.isArray(a) ? a : [a, `&:${a}`]))
          for (let [a, o] of n) r(a, (l) => (typeof o == 'function' ? o(l) : o))
          let s = {
            group: (a, { modifier: o }) =>
              o
                ? [`:merge(${i('.group')}\\/${Te(o)})`, ' &']
                : [`:merge(${i('.group')})`, ' &'],
            peer: (a, { modifier: o }) =>
              o
                ? [`:merge(${i('.peer')}\\/${Te(o)})`, ' ~ &']
                : [`:merge(${i('.peer')})`, ' ~ &'],
          }
          for (let [a, o] of Object.entries(s))
            e(
              a,
              (l = '', c) => {
                let f = K(typeof l == 'function' ? l(c) : l)
                f.includes('&') || (f = '&' + f)
                let [d, p] = o('', c),
                  h = null,
                  b = null,
                  v = 0
                for (let y = 0; y < f.length; ++y) {
                  let w = f[y]
                  w === '&'
                    ? (h = y)
                    : w === "'" || w === '"'
                    ? (v += 1)
                    : h !== null && w === ' ' && !v && (b = y)
                }
                return (
                  h !== null && b === null && (b = f.length),
                  f.slice(0, h) + d + f.slice(h + 1, b) + p + f.slice(b)
                )
              },
              { values: Object.fromEntries(n), [Pt]: { respectPrefix: !1 } }
            )
        },
        directionVariants: ({ addVariant: r }) => {
          r('ltr', '&:where([dir="ltr"], [dir="ltr"] *)'),
            r('rtl', '&:where([dir="rtl"], [dir="rtl"] *)')
        },
        reducedMotionVariants: ({ addVariant: r }) => {
          r('motion-safe', '@media (prefers-reduced-motion: no-preference)'),
            r('motion-reduce', '@media (prefers-reduced-motion: reduce)')
        },
        darkVariants: ({ config: r, addVariant: e }) => {
          let [t, i = '.dark'] = [].concat(r('darkMode', 'media'))
          if (
            (t === !1 &&
              ((t = 'media'),
              G.warn('darkmode-false', [
                'The `darkMode` option in your Tailwind CSS configuration is set to `false`, which now behaves the same as `media`.',
                'Change `darkMode` to `media` or remove it entirely.',
                'https://tailwindcss.com/docs/upgrade-guide#remove-dark-mode-configuration',
              ])),
            t === 'variant')
          ) {
            let n
            if (
              (Array.isArray(i) || typeof i == 'function'
                ? (n = i)
                : typeof i == 'string' && (n = [i]),
              Array.isArray(n))
            )
              for (let s of n)
                s === '.dark'
                  ? ((t = !1),
                    G.warn('darkmode-variant-without-selector', [
                      'When using `variant` for `darkMode`, you must provide a selector.',
                      'Example: `darkMode: ["variant", ".your-selector &"]`',
                    ]))
                  : s.includes('&') ||
                    ((t = !1),
                    G.warn('darkmode-variant-without-ampersand', [
                      'When using `variant` for `darkMode`, your selector must contain `&`.',
                      'Example `darkMode: ["variant", ".your-selector &"]`',
                    ]))
            i = n
          }
          t === 'selector'
            ? e('dark', `&:where(${i}, ${i} *)`)
            : t === 'media'
            ? e('dark', '@media (prefers-color-scheme: dark)')
            : t === 'variant'
            ? e('dark', i)
            : t === 'class' && e('dark', `&:is(${i} *)`)
        },
        printVariant: ({ addVariant: r }) => {
          r('print', '@media print')
        },
        screenVariants: ({ theme: r, addVariant: e, matchVariant: t }) => {
          let i = r('screens') ?? {},
            n = Object.values(i).every((w) => typeof w == 'string'),
            s = Rt(r('screens')),
            a = new Set([])
          function o(w) {
            return w.match(/(\D+)$/)?.[1] ?? '(none)'
          }
          function l(w) {
            w !== void 0 && a.add(o(w))
          }
          function c(w) {
            return l(w), a.size === 1
          }
          for (let w of s) for (let k of w.values) l(k.min), l(k.max)
          let f = a.size <= 1
          function d(w) {
            return Object.fromEntries(
              s
                .filter((k) => Kn(k).result)
                .map((k) => {
                  let { min: S, max: E } = k.values[0]
                  if (w === 'min' && S !== void 0) return k
                  if (w === 'min' && E !== void 0) return { ...k, not: !k.not }
                  if (w === 'max' && E !== void 0) return k
                  if (w === 'max' && S !== void 0) return { ...k, not: !k.not }
                })
                .map((k) => [k.name, k])
            )
          }
          function p(w) {
            return (k, S) => hh(w, k.value, S.value)
          }
          let h = p('max'),
            b = p('min')
          function v(w) {
            return (k) => {
              if (n)
                if (f) {
                  if (typeof k == 'string' && !c(k))
                    return (
                      G.warn('minmax-have-mixed-units', [
                        'The `min-*` and `max-*` variants are not supported with a `screens` configuration containing mixed units.',
                      ]),
                      []
                    )
                } else
                  return (
                    G.warn('mixed-screen-units', [
                      'The `min-*` and `max-*` variants are not supported with a `screens` configuration containing mixed units.',
                    ]),
                    []
                  )
              else
                return (
                  G.warn('complex-screen-config', [
                    'The `min-*` and `max-*` variants are not supported with a `screens` configuration containing objects.',
                  ]),
                  []
                )
              return [`@media ${Tt(Xn(k, w))}`]
            }
          }
          t('max', v('max'), { sort: h, values: n ? d('max') : {} })
          let y = 'min-screens'
          for (let w of s)
            e(w.name, `@media ${Tt(w)}`, {
              id: y,
              sort: n && f ? b : void 0,
              value: w,
            })
          t('min', v('min'), { id: y, sort: b })
        },
        supportsVariants: ({ matchVariant: r, theme: e }) => {
          r(
            'supports',
            (t = '') => {
              let i = K(t),
                n = /^\w*\s*\(/.test(i)
              return (
                (i = n ? i.replace(/\b(and|or|not)\b/g, ' $1 ') : i),
                n
                  ? `@supports ${i}`
                  : (i.includes(':') || (i = `${i}: var(--tw)`),
                    (i.startsWith('(') && i.endsWith(')')) || (i = `(${i})`),
                    `@supports ${i}`)
              )
            },
            { values: e('supports') ?? {} }
          )
        },
        hasVariants: ({ matchVariant: r, prefix: e }) => {
          r('has', (t) => `&:has(${K(t)})`, {
            values: {},
            [Pt]: { respectPrefix: !1 },
          }),
            r(
              'group-has',
              (t, { modifier: i }) =>
                i
                  ? `:merge(${e('.group')}\\/${i}):has(${K(t)}) &`
                  : `:merge(${e('.group')}):has(${K(t)}) &`,
              { values: {}, [Pt]: { respectPrefix: !1 } }
            ),
            r(
              'peer-has',
              (t, { modifier: i }) =>
                i
                  ? `:merge(${e('.peer')}\\/${i}):has(${K(t)}) ~ &`
                  : `:merge(${e('.peer')}):has(${K(t)}) ~ &`,
              { values: {}, [Pt]: { respectPrefix: !1 } }
            )
        },
        ariaVariants: ({ matchVariant: r, theme: e }) => {
          r('aria', (t) => `&[aria-${Ye(K(t))}]`, { values: e('aria') ?? {} }),
            r(
              'group-aria',
              (t, { modifier: i }) =>
                i
                  ? `:merge(.group\\/${i})[aria-${Ye(K(t))}] &`
                  : `:merge(.group)[aria-${Ye(K(t))}] &`,
              { values: e('aria') ?? {} }
            ),
            r(
              'peer-aria',
              (t, { modifier: i }) =>
                i
                  ? `:merge(.peer\\/${i})[aria-${Ye(K(t))}] ~ &`
                  : `:merge(.peer)[aria-${Ye(K(t))}] ~ &`,
              { values: e('aria') ?? {} }
            )
        },
        dataVariants: ({ matchVariant: r, theme: e }) => {
          r('data', (t) => `&[data-${Ye(K(t))}]`, { values: e('data') ?? {} }),
            r(
              'group-data',
              (t, { modifier: i }) =>
                i
                  ? `:merge(.group\\/${i})[data-${Ye(K(t))}] &`
                  : `:merge(.group)[data-${Ye(K(t))}] &`,
              { values: e('data') ?? {} }
            ),
            r(
              'peer-data',
              (t, { modifier: i }) =>
                i
                  ? `:merge(.peer\\/${i})[data-${Ye(K(t))}] ~ &`
                  : `:merge(.peer)[data-${Ye(K(t))}] ~ &`,
              { values: e('data') ?? {} }
            )
        },
        orientationVariants: ({ addVariant: r }) => {
          r('portrait', '@media (orientation: portrait)'),
            r('landscape', '@media (orientation: landscape)')
        },
        prefersContrastVariants: ({ addVariant: r }) => {
          r('contrast-more', '@media (prefers-contrast: more)'),
            r('contrast-less', '@media (prefers-contrast: less)')
        },
        forcedColorsVariants: ({ addVariant: r }) => {
          r('forced-colors', '@media (forced-colors: active)')
        },
      }),
        (Xe = [
          'translate(var(--tw-translate-x), var(--tw-translate-y))',
          'rotate(var(--tw-rotate))',
          'skewX(var(--tw-skew-x))',
          'skewY(var(--tw-skew-y))',
          'scaleX(var(--tw-scale-x))',
          'scaleY(var(--tw-scale-y))',
        ].join(' ')),
        (nt = [
          'var(--tw-blur)',
          'var(--tw-brightness)',
          'var(--tw-contrast)',
          'var(--tw-grayscale)',
          'var(--tw-hue-rotate)',
          'var(--tw-invert)',
          'var(--tw-saturate)',
          'var(--tw-sepia)',
          'var(--tw-drop-shadow)',
        ].join(' ')),
        (ge = [
          'var(--tw-backdrop-blur)',
          'var(--tw-backdrop-brightness)',
          'var(--tw-backdrop-contrast)',
          'var(--tw-backdrop-grayscale)',
          'var(--tw-backdrop-hue-rotate)',
          'var(--tw-backdrop-invert)',
          'var(--tw-backdrop-opacity)',
          'var(--tw-backdrop-saturate)',
          'var(--tw-backdrop-sepia)',
        ].join(' ')),
        (yh = {
          preflight: ({ addBase: r }) => {
            let e = ee.parse(
              `*,::after,::before{box-sizing:border-box;border-width:0;border-style:solid;border-color:theme('borderColor.DEFAULT', currentColor)}::after,::before{--tw-content:''}:host,html{line-height:1.5;-webkit-text-size-adjust:100%;-moz-tab-size:4;tab-size:4;font-family:theme('fontFamily.sans', ui-sans-serif, system-ui, sans-serif, "Apple Color Emoji", "Segoe UI Emoji", "Segoe UI Symbol", "Noto Color Emoji");font-feature-settings:theme('fontFamily.sans[1].fontFeatureSettings', normal);font-variation-settings:theme('fontFamily.sans[1].fontVariationSettings', normal);-webkit-tap-highlight-color:transparent}body{margin:0;line-height:inherit}hr{height:0;color:inherit;border-top-width:1px}abbr:where([title]){text-decoration:underline dotted}h1,h2,h3,h4,h5,h6{font-size:inherit;font-weight:inherit}a{color:inherit;text-decoration:inherit}b,strong{font-weight:bolder}code,kbd,pre,samp{font-family:theme('fontFamily.mono', ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, "Liberation Mono", "Courier New", monospace);font-feature-settings:theme('fontFamily.mono[1].fontFeatureSettings', normal);font-variation-settings:theme('fontFamily.mono[1].fontVariationSettings', normal);font-size:1em}small{font-size:80%}sub,sup{font-size:75%;line-height:0;position:relative;vertical-align:baseline}sub{bottom:-.25em}sup{top:-.5em}table{text-indent:0;border-color:inherit;border-collapse:collapse}button,input,optgroup,select,textarea{font-family:inherit;font-feature-settings:inherit;font-variation-settings:inherit;font-size:100%;font-weight:inherit;line-height:inherit;letter-spacing:inherit;color:inherit;margin:0;padding:0}button,select{text-transform:none}button,input:where([type=button]),input:where([type=reset]),input:where([type=submit]){-webkit-appearance:button;background-color:transparent;background-image:none}:-moz-focusring{outline:auto}:-moz-ui-invalid{box-shadow:none}progress{vertical-align:baseline}::-webkit-inner-spin-button,::-webkit-outer-spin-button{height:auto}[type=search]{-webkit-appearance:textfield;outline-offset:-2px}::-webkit-search-decoration{-webkit-appearance:none}::-webkit-file-upload-button{-webkit-appearance:button;font:inherit}summary{display:list-item}blockquote,dd,dl,figure,h1,h2,h3,h4,h5,h6,hr,p,pre{margin:0}fieldset{margin:0;padding:0}legend{padding:0}menu,ol,ul{list-style:none;margin:0;padding:0}dialog{padding:0}textarea{resize:vertical}input::placeholder,textarea::placeholder{opacity:1;color:theme('colors.gray.4', #9ca3af)}[role=button],button{cursor:pointer}:disabled{cursor:default}audio,canvas,embed,iframe,img,object,svg,video{display:block;vertical-align:middle}img,video{max-width:100%;height:auto}[hidden]:where(:not([hidden=until-found])){display:none}`
            )
            r([
              ee.comment({
                text: `! tailwindcss v${dh} | MIT License | https://tailwindcss.com`,
              }),
              ...e.nodes,
            ])
          },
          container: (() => {
            function r(t = []) {
              return t
                .flatMap((i) => i.values.map((n) => n.min))
                .filter((i) => i !== void 0)
            }
            function e(t, i, n) {
              if (typeof n == 'undefined') return []
              if (!(typeof n == 'object' && n !== null))
                return [{ screen: 'DEFAULT', minWidth: 0, padding: n }]
              let s = []
              n.DEFAULT &&
                s.push({ screen: 'DEFAULT', minWidth: 0, padding: n.DEFAULT })
              for (let a of t)
                for (let o of i)
                  for (let { min: l } of o.values)
                    l === a && s.push({ minWidth: a, padding: n[o.name] })
              return s
            }
            return function ({ addComponents: t, theme: i }) {
              let n = Rt(i('container.screens', i('screens'))),
                s = r(n),
                a = e(s, n, i('container.padding')),
                o = (c) => {
                  let f = a.find((d) => d.minWidth === c)
                  return f
                    ? { paddingRight: f.padding, paddingLeft: f.padding }
                    : {}
                },
                l = Array.from(
                  new Set(s.slice().sort((c, f) => parseInt(c) - parseInt(f)))
                ).map((c) => ({
                  [`@media (min-width: ${c})`]: {
                    '.container': { 'max-width': c, ...o(c) },
                  },
                }))
              t([
                {
                  '.container': Object.assign(
                    { width: '100%' },
                    i('container.center', !1)
                      ? { marginRight: 'auto', marginLeft: 'auto' }
                      : {},
                    o(0)
                  ),
                },
                ...l,
              ])
            }
          })(),
          accessibility: ({ addUtilities: r }) => {
            r({
              '.sr-only': {
                position: 'absolute',
                width: '1px',
                height: '1px',
                padding: '0',
                margin: '-1px',
                overflow: 'hidden',
                clip: 'rect(0, 0, 0, 0)',
                whiteSpace: 'nowrap',
                borderWidth: '0',
              },
              '.not-sr-only': {
                position: 'static',
                width: 'auto',
                height: 'auto',
                padding: '0',
                margin: '0',
                overflow: 'visible',
                clip: 'auto',
                whiteSpace: 'normal',
              },
            })
          },
          pointerEvents: ({ addUtilities: r }) => {
            r({
              '.pointer-events-none': { 'pointer-events': 'none' },
              '.pointer-events-auto': { 'pointer-events': 'auto' },
            })
          },
          visibility: ({ addUtilities: r }) => {
            r({
              '.visible': { visibility: 'visible' },
              '.invisible': { visibility: 'hidden' },
              '.collapse': { visibility: 'collapse' },
            })
          },
          position: ({ addUtilities: r }) => {
            r({
              '.static': { position: 'static' },
              '.fixed': { position: 'fixed' },
              '.absolute': { position: 'absolute' },
              '.relative': { position: 'relative' },
              '.sticky': { position: 'sticky' },
            })
          },
          inset: L(
            'inset',
            [
              ['inset', ['inset']],
              [
                ['inset-x', ['left', 'right']],
                ['inset-y', ['top', 'bottom']],
              ],
              [
                ['start', ['inset-inline-start']],
                ['end', ['inset-inline-end']],
                ['top', ['top']],
                ['right', ['right']],
                ['bottom', ['bottom']],
                ['left', ['left']],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          isolation: ({ addUtilities: r }) => {
            r({
              '.isolate': { isolation: 'isolate' },
              '.isolation-auto': { isolation: 'auto' },
            })
          },
          zIndex: L('zIndex', [['z', ['zIndex']]], {
            supportsNegativeValues: !0,
          }),
          order: L('order', void 0, { supportsNegativeValues: !0 }),
          gridColumn: L('gridColumn', [['col', ['gridColumn']]]),
          gridColumnStart: L(
            'gridColumnStart',
            [['col-start', ['gridColumnStart']]],
            { supportsNegativeValues: !0 }
          ),
          gridColumnEnd: L('gridColumnEnd', [['col-end', ['gridColumnEnd']]], {
            supportsNegativeValues: !0,
          }),
          gridRow: L('gridRow', [['row', ['gridRow']]]),
          gridRowStart: L('gridRowStart', [['row-start', ['gridRowStart']]], {
            supportsNegativeValues: !0,
          }),
          gridRowEnd: L('gridRowEnd', [['row-end', ['gridRowEnd']]], {
            supportsNegativeValues: !0,
          }),
          float: ({ addUtilities: r }) => {
            r({
              '.float-start': { float: 'inline-start' },
              '.float-end': { float: 'inline-end' },
              '.float-right': { float: 'right' },
              '.float-left': { float: 'left' },
              '.float-none': { float: 'none' },
            })
          },
          clear: ({ addUtilities: r }) => {
            r({
              '.clear-start': { clear: 'inline-start' },
              '.clear-end': { clear: 'inline-end' },
              '.clear-left': { clear: 'left' },
              '.clear-right': { clear: 'right' },
              '.clear-both': { clear: 'both' },
              '.clear-none': { clear: 'none' },
            })
          },
          margin: L(
            'margin',
            [
              ['m', ['margin']],
              [
                ['mx', ['margin-left', 'margin-right']],
                ['my', ['margin-top', 'margin-bottom']],
              ],
              [
                ['ms', ['margin-inline-start']],
                ['me', ['margin-inline-end']],
                ['mt', ['margin-top']],
                ['mr', ['margin-right']],
                ['mb', ['margin-bottom']],
                ['ml', ['margin-left']],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          boxSizing: ({ addUtilities: r }) => {
            r({
              '.box-border': { 'box-sizing': 'border-box' },
              '.box-content': { 'box-sizing': 'content-box' },
            })
          },
          lineClamp: ({ matchUtilities: r, addUtilities: e, theme: t }) => {
            r(
              {
                'line-clamp': (i) => ({
                  overflow: 'hidden',
                  display: '-webkit-box',
                  '-webkit-box-orient': 'vertical',
                  '-webkit-line-clamp': `${i}`,
                }),
              },
              { values: t('lineClamp') }
            ),
              e({
                '.line-clamp-none': {
                  overflow: 'visible',
                  display: 'block',
                  '-webkit-box-orient': 'horizontal',
                  '-webkit-line-clamp': 'none',
                },
              })
          },
          display: ({ addUtilities: r }) => {
            r({
              '.block': { display: 'block' },
              '.inline-block': { display: 'inline-block' },
              '.inline': { display: 'inline' },
              '.flex': { display: 'flex' },
              '.inline-flex': { display: 'inline-flex' },
              '.table': { display: 'table' },
              '.inline-table': { display: 'inline-table' },
              '.table-caption': { display: 'table-caption' },
              '.table-cell': { display: 'table-cell' },
              '.table-column': { display: 'table-column' },
              '.table-column-group': { display: 'table-column-group' },
              '.table-footer-group': { display: 'table-footer-group' },
              '.table-header-group': { display: 'table-header-group' },
              '.table-row-group': { display: 'table-row-group' },
              '.table-row': { display: 'table-row' },
              '.flow-root': { display: 'flow-root' },
              '.grid': { display: 'grid' },
              '.inline-grid': { display: 'inline-grid' },
              '.contents': { display: 'contents' },
              '.list-item': { display: 'list-item' },
              '.hidden': { display: 'none' },
            })
          },
          aspectRatio: L('aspectRatio', [['aspect', ['aspect-ratio']]]),
          size: L('size', [['size', ['width', 'height']]]),
          height: L('height', [['h', ['height']]]),
          maxHeight: L('maxHeight', [['max-h', ['maxHeight']]]),
          minHeight: L('minHeight', [['min-h', ['minHeight']]]),
          width: L('width', [['w', ['width']]]),
          minWidth: L('minWidth', [['min-w', ['minWidth']]]),
          maxWidth: L('maxWidth', [['max-w', ['maxWidth']]]),
          flex: L('flex'),
          flexShrink: L('flexShrink', [
            ['flex-shrink', ['flex-shrink']],
            ['shrink', ['flex-shrink']],
          ]),
          flexGrow: L('flexGrow', [
            ['flex-grow', ['flex-grow']],
            ['grow', ['flex-grow']],
          ]),
          flexBasis: L('flexBasis', [['basis', ['flex-basis']]]),
          tableLayout: ({ addUtilities: r }) => {
            r({
              '.table-auto': { 'table-layout': 'auto' },
              '.table-fixed': { 'table-layout': 'fixed' },
            })
          },
          captionSide: ({ addUtilities: r }) => {
            r({
              '.caption-top': { 'caption-side': 'top' },
              '.caption-bottom': { 'caption-side': 'bottom' },
            })
          },
          borderCollapse: ({ addUtilities: r }) => {
            r({
              '.border-collapse': { 'border-collapse': 'collapse' },
              '.border-separate': { 'border-collapse': 'separate' },
            })
          },
          borderSpacing: ({ addDefaults: r, matchUtilities: e, theme: t }) => {
            r('border-spacing', {
              '--tw-border-spacing-x': 0,
              '--tw-border-spacing-y': 0,
            }),
              e(
                {
                  'border-spacing': (i) => ({
                    '--tw-border-spacing-x': i,
                    '--tw-border-spacing-y': i,
                    '@defaults border-spacing': {},
                    'border-spacing':
                      'var(--tw-border-spacing-x) var(--tw-border-spacing-y)',
                  }),
                  'border-spacing-x': (i) => ({
                    '--tw-border-spacing-x': i,
                    '@defaults border-spacing': {},
                    'border-spacing':
                      'var(--tw-border-spacing-x) var(--tw-border-spacing-y)',
                  }),
                  'border-spacing-y': (i) => ({
                    '--tw-border-spacing-y': i,
                    '@defaults border-spacing': {},
                    'border-spacing':
                      'var(--tw-border-spacing-x) var(--tw-border-spacing-y)',
                  }),
                },
                { values: t('borderSpacing') }
              )
          },
          transformOrigin: L('transformOrigin', [
            ['origin', ['transformOrigin']],
          ]),
          translate: L(
            'translate',
            [
              [
                [
                  'translate-x',
                  [
                    ['@defaults transform', {}],
                    '--tw-translate-x',
                    ['transform', Xe],
                  ],
                ],
                [
                  'translate-y',
                  [
                    ['@defaults transform', {}],
                    '--tw-translate-y',
                    ['transform', Xe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          rotate: L(
            'rotate',
            [
              [
                'rotate',
                [['@defaults transform', {}], '--tw-rotate', ['transform', Xe]],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          skew: L(
            'skew',
            [
              [
                [
                  'skew-x',
                  [
                    ['@defaults transform', {}],
                    '--tw-skew-x',
                    ['transform', Xe],
                  ],
                ],
                [
                  'skew-y',
                  [
                    ['@defaults transform', {}],
                    '--tw-skew-y',
                    ['transform', Xe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          scale: L(
            'scale',
            [
              [
                'scale',
                [
                  ['@defaults transform', {}],
                  '--tw-scale-x',
                  '--tw-scale-y',
                  ['transform', Xe],
                ],
              ],
              [
                [
                  'scale-x',
                  [
                    ['@defaults transform', {}],
                    '--tw-scale-x',
                    ['transform', Xe],
                  ],
                ],
                [
                  'scale-y',
                  [
                    ['@defaults transform', {}],
                    '--tw-scale-y',
                    ['transform', Xe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          transform: ({ addDefaults: r, addUtilities: e }) => {
            r('transform', {
              '--tw-translate-x': '0',
              '--tw-translate-y': '0',
              '--tw-rotate': '0',
              '--tw-skew-x': '0',
              '--tw-skew-y': '0',
              '--tw-scale-x': '1',
              '--tw-scale-y': '1',
            }),
              e({
                '.transform': { '@defaults transform': {}, transform: Xe },
                '.transform-cpu': { transform: Xe },
                '.transform-gpu': {
                  transform: Xe.replace(
                    'translate(var(--tw-translate-x), var(--tw-translate-y))',
                    'translate3d(var(--tw-translate-x), var(--tw-translate-y), 0)'
                  ),
                },
                '.transform-none': { transform: 'none' },
              })
          },
          animation: ({ matchUtilities: r, theme: e, config: t }) => {
            let i = (s) => Te(t('prefix') + s),
              n = Object.fromEntries(
                Object.entries(e('keyframes') ?? {}).map(([s, a]) => [
                  s,
                  { [`@keyframes ${i(s)}`]: a },
                ])
              )
            r(
              {
                animate: (s) => {
                  let a = Mo(s)
                  return [
                    ...a.flatMap((o) => n[o.name]),
                    {
                      animation: a
                        .map(({ name: o, value: l }) =>
                          o === void 0 || n[o] === void 0
                            ? l
                            : l.replace(o, i(o))
                        )
                        .join(', '),
                    },
                  ]
                },
              },
              { values: e('animation') }
            )
          },
          cursor: L('cursor'),
          touchAction: ({ addDefaults: r, addUtilities: e }) => {
            r('touch-action', {
              '--tw-pan-x': ' ',
              '--tw-pan-y': ' ',
              '--tw-pinch-zoom': ' ',
            })
            let t = 'var(--tw-pan-x) var(--tw-pan-y) var(--tw-pinch-zoom)'
            e({
              '.touch-auto': { 'touch-action': 'auto' },
              '.touch-none': { 'touch-action': 'none' },
              '.touch-pan-x': {
                '@defaults touch-action': {},
                '--tw-pan-x': 'pan-x',
                'touch-action': t,
              },
              '.touch-pan-left': {
                '@defaults touch-action': {},
                '--tw-pan-x': 'pan-left',
                'touch-action': t,
              },
              '.touch-pan-right': {
                '@defaults touch-action': {},
                '--tw-pan-x': 'pan-right',
                'touch-action': t,
              },
              '.touch-pan-y': {
                '@defaults touch-action': {},
                '--tw-pan-y': 'pan-y',
                'touch-action': t,
              },
              '.touch-pan-up': {
                '@defaults touch-action': {},
                '--tw-pan-y': 'pan-up',
                'touch-action': t,
              },
              '.touch-pan-down': {
                '@defaults touch-action': {},
                '--tw-pan-y': 'pan-down',
                'touch-action': t,
              },
              '.touch-pinch-zoom': {
                '@defaults touch-action': {},
                '--tw-pinch-zoom': 'pinch-zoom',
                'touch-action': t,
              },
              '.touch-manipulation': { 'touch-action': 'manipulation' },
            })
          },
          userSelect: ({ addUtilities: r }) => {
            r({
              '.select-none': { 'user-select': 'none' },
              '.select-text': { 'user-select': 'text' },
              '.select-all': { 'user-select': 'all' },
              '.select-auto': { 'user-select': 'auto' },
            })
          },
          resize: ({ addUtilities: r }) => {
            r({
              '.resize-none': { resize: 'none' },
              '.resize-y': { resize: 'vertical' },
              '.resize-x': { resize: 'horizontal' },
              '.resize': { resize: 'both' },
            })
          },
          scrollSnapType: ({ addDefaults: r, addUtilities: e }) => {
            r('scroll-snap-type', {
              '--tw-scroll-snap-strictness': 'proximity',
            }),
              e({
                '.snap-none': { 'scroll-snap-type': 'none' },
                '.snap-x': {
                  '@defaults scroll-snap-type': {},
                  'scroll-snap-type': 'x var(--tw-scroll-snap-strictness)',
                },
                '.snap-y': {
                  '@defaults scroll-snap-type': {},
                  'scroll-snap-type': 'y var(--tw-scroll-snap-strictness)',
                },
                '.snap-both': {
                  '@defaults scroll-snap-type': {},
                  'scroll-snap-type': 'both var(--tw-scroll-snap-strictness)',
                },
                '.snap-mandatory': {
                  '--tw-scroll-snap-strictness': 'mandatory',
                },
                '.snap-proximity': {
                  '--tw-scroll-snap-strictness': 'proximity',
                },
              })
          },
          scrollSnapAlign: ({ addUtilities: r }) => {
            r({
              '.snap-start': { 'scroll-snap-align': 'start' },
              '.snap-end': { 'scroll-snap-align': 'end' },
              '.snap-center': { 'scroll-snap-align': 'center' },
              '.snap-align-none': { 'scroll-snap-align': 'none' },
            })
          },
          scrollSnapStop: ({ addUtilities: r }) => {
            r({
              '.snap-normal': { 'scroll-snap-stop': 'normal' },
              '.snap-always': { 'scroll-snap-stop': 'always' },
            })
          },
          scrollMargin: L(
            'scrollMargin',
            [
              ['scroll-m', ['scroll-margin']],
              [
                ['scroll-mx', ['scroll-margin-left', 'scroll-margin-right']],
                ['scroll-my', ['scroll-margin-top', 'scroll-margin-bottom']],
              ],
              [
                ['scroll-ms', ['scroll-margin-inline-start']],
                ['scroll-me', ['scroll-margin-inline-end']],
                ['scroll-mt', ['scroll-margin-top']],
                ['scroll-mr', ['scroll-margin-right']],
                ['scroll-mb', ['scroll-margin-bottom']],
                ['scroll-ml', ['scroll-margin-left']],
              ],
            ],
            { supportsNegativeValues: !0 }
          ),
          scrollPadding: L('scrollPadding', [
            ['scroll-p', ['scroll-padding']],
            [
              ['scroll-px', ['scroll-padding-left', 'scroll-padding-right']],
              ['scroll-py', ['scroll-padding-top', 'scroll-padding-bottom']],
            ],
            [
              ['scroll-ps', ['scroll-padding-inline-start']],
              ['scroll-pe', ['scroll-padding-inline-end']],
              ['scroll-pt', ['scroll-padding-top']],
              ['scroll-pr', ['scroll-padding-right']],
              ['scroll-pb', ['scroll-padding-bottom']],
              ['scroll-pl', ['scroll-padding-left']],
            ],
          ]),
          listStylePosition: ({ addUtilities: r }) => {
            r({
              '.list-inside': { 'list-style-position': 'inside' },
              '.list-outside': { 'list-style-position': 'outside' },
            })
          },
          listStyleType: L('listStyleType', [['list', ['listStyleType']]]),
          listStyleImage: L('listStyleImage', [
            ['list-image', ['listStyleImage']],
          ]),
          appearance: ({ addUtilities: r }) => {
            r({
              '.appearance-none': { appearance: 'none' },
              '.appearance-auto': { appearance: 'auto' },
            })
          },
          columns: L('columns', [['columns', ['columns']]]),
          breakBefore: ({ addUtilities: r }) => {
            r({
              '.break-before-auto': { 'break-before': 'auto' },
              '.break-before-avoid': { 'break-before': 'avoid' },
              '.break-before-all': { 'break-before': 'all' },
              '.break-before-avoid-page': { 'break-before': 'avoid-page' },
              '.break-before-page': { 'break-before': 'page' },
              '.break-before-left': { 'break-before': 'left' },
              '.break-before-right': { 'break-before': 'right' },
              '.break-before-column': { 'break-before': 'column' },
            })
          },
          breakInside: ({ addUtilities: r }) => {
            r({
              '.break-inside-auto': { 'break-inside': 'auto' },
              '.break-inside-avoid': { 'break-inside': 'avoid' },
              '.break-inside-avoid-page': { 'break-inside': 'avoid-page' },
              '.break-inside-avoid-column': { 'break-inside': 'avoid-column' },
            })
          },
          breakAfter: ({ addUtilities: r }) => {
            r({
              '.break-after-auto': { 'break-after': 'auto' },
              '.break-after-avoid': { 'break-after': 'avoid' },
              '.break-after-all': { 'break-after': 'all' },
              '.break-after-avoid-page': { 'break-after': 'avoid-page' },
              '.break-after-page': { 'break-after': 'page' },
              '.break-after-left': { 'break-after': 'left' },
              '.break-after-right': { 'break-after': 'right' },
              '.break-after-column': { 'break-after': 'column' },
            })
          },
          gridAutoColumns: L('gridAutoColumns', [
            ['auto-cols', ['gridAutoColumns']],
          ]),
          gridAutoFlow: ({ addUtilities: r }) => {
            r({
              '.grid-flow-row': { gridAutoFlow: 'row' },
              '.grid-flow-col': { gridAutoFlow: 'column' },
              '.grid-flow-dense': { gridAutoFlow: 'dense' },
              '.grid-flow-row-dense': { gridAutoFlow: 'row dense' },
              '.grid-flow-col-dense': { gridAutoFlow: 'column dense' },
            })
          },
          gridAutoRows: L('gridAutoRows', [['auto-rows', ['gridAutoRows']]]),
          gridTemplateColumns: L('gridTemplateColumns', [
            ['grid-cols', ['gridTemplateColumns']],
          ]),
          gridTemplateRows: L('gridTemplateRows', [
            ['grid-rows', ['gridTemplateRows']],
          ]),
          flexDirection: ({ addUtilities: r }) => {
            r({
              '.flex-row': { 'flex-direction': 'row' },
              '.flex-row-reverse': { 'flex-direction': 'row-reverse' },
              '.flex-col': { 'flex-direction': 'column' },
              '.flex-col-reverse': { 'flex-direction': 'column-reverse' },
            })
          },
          flexWrap: ({ addUtilities: r }) => {
            r({
              '.flex-wrap': { 'flex-wrap': 'wrap' },
              '.flex-wrap-reverse': { 'flex-wrap': 'wrap-reverse' },
              '.flex-nowrap': { 'flex-wrap': 'nowrap' },
            })
          },
          placeContent: ({ addUtilities: r }) => {
            r({
              '.place-content-center': { 'place-content': 'center' },
              '.place-content-start': { 'place-content': 'start' },
              '.place-content-end': { 'place-content': 'end' },
              '.place-content-between': { 'place-content': 'space-between' },
              '.place-content-around': { 'place-content': 'space-around' },
              '.place-content-evenly': { 'place-content': 'space-evenly' },
              '.place-content-baseline': { 'place-content': 'baseline' },
              '.place-content-stretch': { 'place-content': 'stretch' },
            })
          },
          placeItems: ({ addUtilities: r }) => {
            r({
              '.place-items-start': { 'place-items': 'start' },
              '.place-items-end': { 'place-items': 'end' },
              '.place-items-center': { 'place-items': 'center' },
              '.place-items-baseline': { 'place-items': 'baseline' },
              '.place-items-stretch': { 'place-items': 'stretch' },
            })
          },
          alignContent: ({ addUtilities: r }) => {
            r({
              '.content-normal': { 'align-content': 'normal' },
              '.content-center': { 'align-content': 'center' },
              '.content-start': { 'align-content': 'flex-start' },
              '.content-end': { 'align-content': 'flex-end' },
              '.content-between': { 'align-content': 'space-between' },
              '.content-around': { 'align-content': 'space-around' },
              '.content-evenly': { 'align-content': 'space-evenly' },
              '.content-baseline': { 'align-content': 'baseline' },
              '.content-stretch': { 'align-content': 'stretch' },
            })
          },
          alignItems: ({ addUtilities: r }) => {
            r({
              '.items-start': { 'align-items': 'flex-start' },
              '.items-end': { 'align-items': 'flex-end' },
              '.items-center': { 'align-items': 'center' },
              '.items-baseline': { 'align-items': 'baseline' },
              '.items-stretch': { 'align-items': 'stretch' },
            })
          },
          justifyContent: ({ addUtilities: r }) => {
            r({
              '.justify-normal': { 'justify-content': 'normal' },
              '.justify-start': { 'justify-content': 'flex-start' },
              '.justify-end': { 'justify-content': 'flex-end' },
              '.justify-center': { 'justify-content': 'center' },
              '.justify-between': { 'justify-content': 'space-between' },
              '.justify-around': { 'justify-content': 'space-around' },
              '.justify-evenly': { 'justify-content': 'space-evenly' },
              '.justify-stretch': { 'justify-content': 'stretch' },
            })
          },
          justifyItems: ({ addUtilities: r }) => {
            r({
              '.justify-items-start': { 'justify-items': 'start' },
              '.justify-items-end': { 'justify-items': 'end' },
              '.justify-items-center': { 'justify-items': 'center' },
              '.justify-items-stretch': { 'justify-items': 'stretch' },
            })
          },
          gap: L('gap', [
            ['gap', ['gap']],
            [
              ['gap-x', ['columnGap']],
              ['gap-y', ['rowGap']],
            ],
          ]),
          space: ({ matchUtilities: r, addUtilities: e, theme: t }) => {
            r(
              {
                'space-x': (i) => (
                  (i = i === '0' ? '0px' : i),
                  {
                    '& > :not([hidden]) ~ :not([hidden])': {
                      '--tw-space-x-reverse': '0',
                      'margin-right': `calc(${i} * var(--tw-space-x-reverse))`,
                      'margin-left': `calc(${i} * calc(1 - var(--tw-space-x-reverse)))`,
                    },
                  }
                ),
                'space-y': (i) => (
                  (i = i === '0' ? '0px' : i),
                  {
                    '& > :not([hidden]) ~ :not([hidden])': {
                      '--tw-space-y-reverse': '0',
                      'margin-top': `calc(${i} * calc(1 - var(--tw-space-y-reverse)))`,
                      'margin-bottom': `calc(${i} * var(--tw-space-y-reverse))`,
                    },
                  }
                ),
              },
              { values: t('space'), supportsNegativeValues: !0 }
            ),
              e({
                '.space-y-reverse > :not([hidden]) ~ :not([hidden])': {
                  '--tw-space-y-reverse': '1',
                },
                '.space-x-reverse > :not([hidden]) ~ :not([hidden])': {
                  '--tw-space-x-reverse': '1',
                },
              })
          },
          divideWidth: ({ matchUtilities: r, addUtilities: e, theme: t }) => {
            r(
              {
                'divide-x': (i) => (
                  (i = i === '0' ? '0px' : i),
                  {
                    '& > :not([hidden]) ~ :not([hidden])': {
                      '@defaults border-width': {},
                      '--tw-divide-x-reverse': '0',
                      'border-right-width': `calc(${i} * var(--tw-divide-x-reverse))`,
                      'border-left-width': `calc(${i} * calc(1 - var(--tw-divide-x-reverse)))`,
                    },
                  }
                ),
                'divide-y': (i) => (
                  (i = i === '0' ? '0px' : i),
                  {
                    '& > :not([hidden]) ~ :not([hidden])': {
                      '@defaults border-width': {},
                      '--tw-divide-y-reverse': '0',
                      'border-top-width': `calc(${i} * calc(1 - var(--tw-divide-y-reverse)))`,
                      'border-bottom-width': `calc(${i} * var(--tw-divide-y-reverse))`,
                    },
                  }
                ),
              },
              {
                values: t('divideWidth'),
                type: ['line-width', 'length', 'any'],
              }
            ),
              e({
                '.divide-y-reverse > :not([hidden]) ~ :not([hidden])': {
                  '@defaults border-width': {},
                  '--tw-divide-y-reverse': '1',
                },
                '.divide-x-reverse > :not([hidden]) ~ :not([hidden])': {
                  '@defaults border-width': {},
                  '--tw-divide-x-reverse': '1',
                },
              })
          },
          divideStyle: ({ addUtilities: r }) => {
            r({
              '.divide-solid > :not([hidden]) ~ :not([hidden])': {
                'border-style': 'solid',
              },
              '.divide-dashed > :not([hidden]) ~ :not([hidden])': {
                'border-style': 'dashed',
              },
              '.divide-dotted > :not([hidden]) ~ :not([hidden])': {
                'border-style': 'dotted',
              },
              '.divide-double > :not([hidden]) ~ :not([hidden])': {
                'border-style': 'double',
              },
              '.divide-none > :not([hidden]) ~ :not([hidden])': {
                'border-style': 'none',
              },
            })
          },
          divideColor: ({ matchUtilities: r, theme: e, corePlugins: t }) => {
            r(
              {
                divide: (i) =>
                  t('divideOpacity')
                    ? {
                        ['& > :not([hidden]) ~ :not([hidden])']: Ae({
                          color: i,
                          property: 'border-color',
                          variable: '--tw-divide-opacity',
                        }),
                      }
                    : {
                        ['& > :not([hidden]) ~ :not([hidden])']: {
                          'border-color': X(i),
                        },
                      },
              },
              {
                values: (({ DEFAULT: i, ...n }) => n)(xe(e('divideColor'))),
                type: ['color', 'any'],
              }
            )
          },
          divideOpacity: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'divide-opacity': (t) => ({
                  ['& > :not([hidden]) ~ :not([hidden])']: {
                    '--tw-divide-opacity': t,
                  },
                }),
              },
              { values: e('divideOpacity') }
            )
          },
          placeSelf: ({ addUtilities: r }) => {
            r({
              '.place-self-auto': { 'place-self': 'auto' },
              '.place-self-start': { 'place-self': 'start' },
              '.place-self-end': { 'place-self': 'end' },
              '.place-self-center': { 'place-self': 'center' },
              '.place-self-stretch': { 'place-self': 'stretch' },
            })
          },
          alignSelf: ({ addUtilities: r }) => {
            r({
              '.self-auto': { 'align-self': 'auto' },
              '.self-start': { 'align-self': 'flex-start' },
              '.self-end': { 'align-self': 'flex-end' },
              '.self-center': { 'align-self': 'center' },
              '.self-stretch': { 'align-self': 'stretch' },
              '.self-baseline': { 'align-self': 'baseline' },
            })
          },
          justifySelf: ({ addUtilities: r }) => {
            r({
              '.justify-self-auto': { 'justify-self': 'auto' },
              '.justify-self-start': { 'justify-self': 'start' },
              '.justify-self-end': { 'justify-self': 'end' },
              '.justify-self-center': { 'justify-self': 'center' },
              '.justify-self-stretch': { 'justify-self': 'stretch' },
            })
          },
          overflow: ({ addUtilities: r }) => {
            r({
              '.overflow-auto': { overflow: 'auto' },
              '.overflow-hidden': { overflow: 'hidden' },
              '.overflow-clip': { overflow: 'clip' },
              '.overflow-visible': { overflow: 'visible' },
              '.overflow-scroll': { overflow: 'scroll' },
              '.overflow-x-auto': { 'overflow-x': 'auto' },
              '.overflow-y-auto': { 'overflow-y': 'auto' },
              '.overflow-x-hidden': { 'overflow-x': 'hidden' },
              '.overflow-y-hidden': { 'overflow-y': 'hidden' },
              '.overflow-x-clip': { 'overflow-x': 'clip' },
              '.overflow-y-clip': { 'overflow-y': 'clip' },
              '.overflow-x-visible': { 'overflow-x': 'visible' },
              '.overflow-y-visible': { 'overflow-y': 'visible' },
              '.overflow-x-scroll': { 'overflow-x': 'scroll' },
              '.overflow-y-scroll': { 'overflow-y': 'scroll' },
            })
          },
          overscrollBehavior: ({ addUtilities: r }) => {
            r({
              '.overscroll-auto': { 'overscroll-behavior': 'auto' },
              '.overscroll-contain': { 'overscroll-behavior': 'contain' },
              '.overscroll-none': { 'overscroll-behavior': 'none' },
              '.overscroll-y-auto': { 'overscroll-behavior-y': 'auto' },
              '.overscroll-y-contain': { 'overscroll-behavior-y': 'contain' },
              '.overscroll-y-none': { 'overscroll-behavior-y': 'none' },
              '.overscroll-x-auto': { 'overscroll-behavior-x': 'auto' },
              '.overscroll-x-contain': { 'overscroll-behavior-x': 'contain' },
              '.overscroll-x-none': { 'overscroll-behavior-x': 'none' },
            })
          },
          scrollBehavior: ({ addUtilities: r }) => {
            r({
              '.scroll-auto': { 'scroll-behavior': 'auto' },
              '.scroll-smooth': { 'scroll-behavior': 'smooth' },
            })
          },
          textOverflow: ({ addUtilities: r }) => {
            r({
              '.truncate': {
                overflow: 'hidden',
                'text-overflow': 'ellipsis',
                'white-space': 'nowrap',
              },
              '.overflow-ellipsis': { 'text-overflow': 'ellipsis' },
              '.text-ellipsis': { 'text-overflow': 'ellipsis' },
              '.text-clip': { 'text-overflow': 'clip' },
            })
          },
          hyphens: ({ addUtilities: r }) => {
            r({
              '.hyphens-none': { hyphens: 'none' },
              '.hyphens-manual': { hyphens: 'manual' },
              '.hyphens-auto': { hyphens: 'auto' },
            })
          },
          whitespace: ({ addUtilities: r }) => {
            r({
              '.whitespace-normal': { 'white-space': 'normal' },
              '.whitespace-nowrap': { 'white-space': 'nowrap' },
              '.whitespace-pre': { 'white-space': 'pre' },
              '.whitespace-pre-line': { 'white-space': 'pre-line' },
              '.whitespace-pre-wrap': { 'white-space': 'pre-wrap' },
              '.whitespace-break-spaces': { 'white-space': 'break-spaces' },
            })
          },
          textWrap: ({ addUtilities: r }) => {
            r({
              '.text-wrap': { 'text-wrap': 'wrap' },
              '.text-nowrap': { 'text-wrap': 'nowrap' },
              '.text-balance': { 'text-wrap': 'balance' },
              '.text-pretty': { 'text-wrap': 'pretty' },
            })
          },
          wordBreak: ({ addUtilities: r }) => {
            r({
              '.break-normal': {
                'overflow-wrap': 'normal',
                'word-break': 'normal',
              },
              '.break-words': { 'overflow-wrap': 'break-word' },
              '.break-all': { 'word-break': 'break-all' },
              '.break-keep': { 'word-break': 'keep-all' },
            })
          },
          borderRadius: L('borderRadius', [
            ['rounded', ['border-radius']],
            [
              [
                'rounded-s',
                ['border-start-start-radius', 'border-end-start-radius'],
              ],
              [
                'rounded-e',
                ['border-start-end-radius', 'border-end-end-radius'],
              ],
              [
                'rounded-t',
                ['border-top-left-radius', 'border-top-right-radius'],
              ],
              [
                'rounded-r',
                ['border-top-right-radius', 'border-bottom-right-radius'],
              ],
              [
                'rounded-b',
                ['border-bottom-right-radius', 'border-bottom-left-radius'],
              ],
              [
                'rounded-l',
                ['border-top-left-radius', 'border-bottom-left-radius'],
              ],
            ],
            [
              ['rounded-ss', ['border-start-start-radius']],
              ['rounded-se', ['border-start-end-radius']],
              ['rounded-ee', ['border-end-end-radius']],
              ['rounded-es', ['border-end-start-radius']],
              ['rounded-tl', ['border-top-left-radius']],
              ['rounded-tr', ['border-top-right-radius']],
              ['rounded-br', ['border-bottom-right-radius']],
              ['rounded-bl', ['border-bottom-left-radius']],
            ],
          ]),
          borderWidth: L(
            'borderWidth',
            [
              ['border', [['@defaults border-width', {}], 'border-width']],
              [
                [
                  'border-x',
                  [
                    ['@defaults border-width', {}],
                    'border-left-width',
                    'border-right-width',
                  ],
                ],
                [
                  'border-y',
                  [
                    ['@defaults border-width', {}],
                    'border-top-width',
                    'border-bottom-width',
                  ],
                ],
              ],
              [
                [
                  'border-s',
                  [['@defaults border-width', {}], 'border-inline-start-width'],
                ],
                [
                  'border-e',
                  [['@defaults border-width', {}], 'border-inline-end-width'],
                ],
                [
                  'border-t',
                  [['@defaults border-width', {}], 'border-top-width'],
                ],
                [
                  'border-r',
                  [['@defaults border-width', {}], 'border-right-width'],
                ],
                [
                  'border-b',
                  [['@defaults border-width', {}], 'border-bottom-width'],
                ],
                [
                  'border-l',
                  [['@defaults border-width', {}], 'border-left-width'],
                ],
              ],
            ],
            { type: ['line-width', 'length'] }
          ),
          borderStyle: ({ addUtilities: r }) => {
            r({
              '.border-solid': { 'border-style': 'solid' },
              '.border-dashed': { 'border-style': 'dashed' },
              '.border-dotted': { 'border-style': 'dotted' },
              '.border-double': { 'border-style': 'double' },
              '.border-hidden': { 'border-style': 'hidden' },
              '.border-none': { 'border-style': 'none' },
            })
          },
          borderColor: ({ matchUtilities: r, theme: e, corePlugins: t }) => {
            r(
              {
                border: (i) =>
                  t('borderOpacity')
                    ? Ae({
                        color: i,
                        property: 'border-color',
                        variable: '--tw-border-opacity',
                      })
                    : { 'border-color': X(i) },
              },
              {
                values: (({ DEFAULT: i, ...n }) => n)(xe(e('borderColor'))),
                type: ['color', 'any'],
              }
            ),
              r(
                {
                  'border-x': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: ['border-left-color', 'border-right-color'],
                          variable: '--tw-border-opacity',
                        })
                      : {
                          'border-left-color': X(i),
                          'border-right-color': X(i),
                        },
                  'border-y': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: ['border-top-color', 'border-bottom-color'],
                          variable: '--tw-border-opacity',
                        })
                      : {
                          'border-top-color': X(i),
                          'border-bottom-color': X(i),
                        },
                },
                {
                  values: (({ DEFAULT: i, ...n }) => n)(xe(e('borderColor'))),
                  type: ['color', 'any'],
                }
              ),
              r(
                {
                  'border-s': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-inline-start-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-inline-start-color': X(i) },
                  'border-e': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-inline-end-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-inline-end-color': X(i) },
                  'border-t': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-top-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-top-color': X(i) },
                  'border-r': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-right-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-right-color': X(i) },
                  'border-b': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-bottom-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-bottom-color': X(i) },
                  'border-l': (i) =>
                    t('borderOpacity')
                      ? Ae({
                          color: i,
                          property: 'border-left-color',
                          variable: '--tw-border-opacity',
                        })
                      : { 'border-left-color': X(i) },
                },
                {
                  values: (({ DEFAULT: i, ...n }) => n)(xe(e('borderColor'))),
                  type: ['color', 'any'],
                }
              )
          },
          borderOpacity: L('borderOpacity', [
            ['border-opacity', ['--tw-border-opacity']],
          ]),
          backgroundColor: ({
            matchUtilities: r,
            theme: e,
            corePlugins: t,
          }) => {
            r(
              {
                bg: (i) =>
                  t('backgroundOpacity')
                    ? Ae({
                        color: i,
                        property: 'background-color',
                        variable: '--tw-bg-opacity',
                      })
                    : { 'background-color': X(i) },
              },
              { values: xe(e('backgroundColor')), type: ['color', 'any'] }
            )
          },
          backgroundOpacity: L('backgroundOpacity', [
            ['bg-opacity', ['--tw-bg-opacity']],
          ]),
          backgroundImage: L(
            'backgroundImage',
            [['bg', ['background-image']]],
            { type: ['lookup', 'image', 'url'] }
          ),
          gradientColorStops: (() => {
            function r(e) {
              return Je(e, 0, 'rgb(255 255 255 / 0)')
            }
            return function ({ matchUtilities: e, theme: t, addDefaults: i }) {
              i('gradient-color-stops', {
                '--tw-gradient-from-position': ' ',
                '--tw-gradient-via-position': ' ',
                '--tw-gradient-to-position': ' ',
              })
              let n = {
                  values: xe(t('gradientColorStops')),
                  type: ['color', 'any'],
                },
                s = {
                  values: t('gradientColorStopPositions'),
                  type: ['length', 'percentage'],
                }
              e(
                {
                  from: (a) => {
                    let o = r(a)
                    return {
                      '@defaults gradient-color-stops': {},
                      '--tw-gradient-from': `${X(
                        a
                      )} var(--tw-gradient-from-position)`,
                      '--tw-gradient-to': `${o} var(--tw-gradient-to-position)`,
                      '--tw-gradient-stops':
                        'var(--tw-gradient-from), var(--tw-gradient-to)',
                    }
                  },
                },
                n
              ),
                e({ from: (a) => ({ '--tw-gradient-from-position': a }) }, s),
                e(
                  {
                    via: (a) => {
                      let o = r(a)
                      return {
                        '@defaults gradient-color-stops': {},
                        '--tw-gradient-to': `${o}  var(--tw-gradient-to-position)`,
                        '--tw-gradient-stops': `var(--tw-gradient-from), ${X(
                          a
                        )} var(--tw-gradient-via-position), var(--tw-gradient-to)`,
                      }
                    },
                  },
                  n
                ),
                e({ via: (a) => ({ '--tw-gradient-via-position': a }) }, s),
                e(
                  {
                    to: (a) => ({
                      '@defaults gradient-color-stops': {},
                      '--tw-gradient-to': `${X(
                        a
                      )} var(--tw-gradient-to-position)`,
                    }),
                  },
                  n
                ),
                e({ to: (a) => ({ '--tw-gradient-to-position': a }) }, s)
            }
          })(),
          boxDecorationBreak: ({ addUtilities: r }) => {
            r({
              '.decoration-slice': { 'box-decoration-break': 'slice' },
              '.decoration-clone': { 'box-decoration-break': 'clone' },
              '.box-decoration-slice': { 'box-decoration-break': 'slice' },
              '.box-decoration-clone': { 'box-decoration-break': 'clone' },
            })
          },
          backgroundSize: L('backgroundSize', [['bg', ['background-size']]], {
            type: ['lookup', 'length', 'percentage', 'size'],
          }),
          backgroundAttachment: ({ addUtilities: r }) => {
            r({
              '.bg-fixed': { 'background-attachment': 'fixed' },
              '.bg-local': { 'background-attachment': 'local' },
              '.bg-scroll': { 'background-attachment': 'scroll' },
            })
          },
          backgroundClip: ({ addUtilities: r }) => {
            r({
              '.bg-clip-border': { 'background-clip': 'border-box' },
              '.bg-clip-padding': { 'background-clip': 'padding-box' },
              '.bg-clip-content': { 'background-clip': 'content-box' },
              '.bg-clip-text': { 'background-clip': 'text' },
            })
          },
          backgroundPosition: L(
            'backgroundPosition',
            [['bg', ['background-position']]],
            { type: ['lookup', ['position', { preferOnConflict: !0 }]] }
          ),
          backgroundRepeat: ({ addUtilities: r }) => {
            r({
              '.bg-repeat': { 'background-repeat': 'repeat' },
              '.bg-no-repeat': { 'background-repeat': 'no-repeat' },
              '.bg-repeat-x': { 'background-repeat': 'repeat-x' },
              '.bg-repeat-y': { 'background-repeat': 'repeat-y' },
              '.bg-repeat-round': { 'background-repeat': 'round' },
              '.bg-repeat-space': { 'background-repeat': 'space' },
            })
          },
          backgroundOrigin: ({ addUtilities: r }) => {
            r({
              '.bg-origin-border': { 'background-origin': 'border-box' },
              '.bg-origin-padding': { 'background-origin': 'padding-box' },
              '.bg-origin-content': { 'background-origin': 'content-box' },
            })
          },
          fill: ({ matchUtilities: r, theme: e }) => {
            r(
              { fill: (t) => ({ fill: X(t) }) },
              { values: xe(e('fill')), type: ['color', 'any'] }
            )
          },
          stroke: ({ matchUtilities: r, theme: e }) => {
            r(
              { stroke: (t) => ({ stroke: X(t) }) },
              { values: xe(e('stroke')), type: ['color', 'url', 'any'] }
            )
          },
          strokeWidth: L('strokeWidth', [['stroke', ['stroke-width']]], {
            type: ['length', 'number', 'percentage'],
          }),
          objectFit: ({ addUtilities: r }) => {
            r({
              '.object-contain': { 'object-fit': 'contain' },
              '.object-cover': { 'object-fit': 'cover' },
              '.object-fill': { 'object-fit': 'fill' },
              '.object-none': { 'object-fit': 'none' },
              '.object-scale-down': { 'object-fit': 'scale-down' },
            })
          },
          objectPosition: L('objectPosition', [
            ['object', ['object-position']],
          ]),
          padding: L('padding', [
            ['p', ['padding']],
            [
              ['px', ['padding-left', 'padding-right']],
              ['py', ['padding-top', 'padding-bottom']],
            ],
            [
              ['ps', ['padding-inline-start']],
              ['pe', ['padding-inline-end']],
              ['pt', ['padding-top']],
              ['pr', ['padding-right']],
              ['pb', ['padding-bottom']],
              ['pl', ['padding-left']],
            ],
          ]),
          textAlign: ({ addUtilities: r }) => {
            r({
              '.text-left': { 'text-align': 'left' },
              '.text-center': { 'text-align': 'center' },
              '.text-right': { 'text-align': 'right' },
              '.text-justify': { 'text-align': 'justify' },
              '.text-start': { 'text-align': 'start' },
              '.text-end': { 'text-align': 'end' },
            })
          },
          textIndent: L('textIndent', [['indent', ['text-indent']]], {
            supportsNegativeValues: !0,
          }),
          verticalAlign: ({ addUtilities: r, matchUtilities: e }) => {
            r({
              '.align-baseline': { 'vertical-align': 'baseline' },
              '.align-top': { 'vertical-align': 'top' },
              '.align-middle': { 'vertical-align': 'middle' },
              '.align-bottom': { 'vertical-align': 'bottom' },
              '.align-text-top': { 'vertical-align': 'text-top' },
              '.align-text-bottom': { 'vertical-align': 'text-bottom' },
              '.align-sub': { 'vertical-align': 'sub' },
              '.align-super': { 'vertical-align': 'super' },
            }),
              e({ align: (t) => ({ 'vertical-align': t }) })
          },
          fontFamily: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                font: (t) => {
                  let [i, n = {}] = Array.isArray(t) && ke(t[1]) ? t : [t],
                    { fontFeatureSettings: s, fontVariationSettings: a } = n
                  return {
                    'font-family': Array.isArray(i) ? i.join(', ') : i,
                    ...(s === void 0 ? {} : { 'font-feature-settings': s }),
                    ...(a === void 0 ? {} : { 'font-variation-settings': a }),
                  }
                },
              },
              {
                values: e('fontFamily'),
                type: ['lookup', 'generic-name', 'family-name'],
              }
            )
          },
          fontSize: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                text: (t, { modifier: i }) => {
                  let [n, s] = Array.isArray(t) ? t : [t]
                  if (i) return { 'font-size': n, 'line-height': i }
                  let {
                    lineHeight: a,
                    letterSpacing: o,
                    fontWeight: l,
                  } = ke(s) ? s : { lineHeight: s }
                  return {
                    'font-size': n,
                    ...(a === void 0 ? {} : { 'line-height': a }),
                    ...(o === void 0 ? {} : { 'letter-spacing': o }),
                    ...(l === void 0 ? {} : { 'font-weight': l }),
                  }
                },
              },
              {
                values: e('fontSize'),
                modifiers: e('lineHeight'),
                type: [
                  'absolute-size',
                  'relative-size',
                  'length',
                  'percentage',
                ],
              }
            )
          },
          fontWeight: L('fontWeight', [['font', ['fontWeight']]], {
            type: ['lookup', 'number', 'any'],
          }),
          textTransform: ({ addUtilities: r }) => {
            r({
              '.uppercase': { 'text-transform': 'uppercase' },
              '.lowercase': { 'text-transform': 'lowercase' },
              '.capitalize': { 'text-transform': 'capitalize' },
              '.normal-case': { 'text-transform': 'none' },
            })
          },
          fontStyle: ({ addUtilities: r }) => {
            r({
              '.italic': { 'font-style': 'italic' },
              '.not-italic': { 'font-style': 'normal' },
            })
          },
          fontVariantNumeric: ({ addDefaults: r, addUtilities: e }) => {
            let t =
              'var(--tw-ordinal) var(--tw-slashed-zero) var(--tw-numeric-figure) var(--tw-numeric-spacing) var(--tw-numeric-fraction)'
            r('font-variant-numeric', {
              '--tw-ordinal': ' ',
              '--tw-slashed-zero': ' ',
              '--tw-numeric-figure': ' ',
              '--tw-numeric-spacing': ' ',
              '--tw-numeric-fraction': ' ',
            }),
              e({
                '.normal-nums': { 'font-variant-numeric': 'normal' },
                '.ordinal': {
                  '@defaults font-variant-numeric': {},
                  '--tw-ordinal': 'ordinal',
                  'font-variant-numeric': t,
                },
                '.slashed-zero': {
                  '@defaults font-variant-numeric': {},
                  '--tw-slashed-zero': 'slashed-zero',
                  'font-variant-numeric': t,
                },
                '.lining-nums': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-figure': 'lining-nums',
                  'font-variant-numeric': t,
                },
                '.oldstyle-nums': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-figure': 'oldstyle-nums',
                  'font-variant-numeric': t,
                },
                '.proportional-nums': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-spacing': 'proportional-nums',
                  'font-variant-numeric': t,
                },
                '.tabular-nums': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-spacing': 'tabular-nums',
                  'font-variant-numeric': t,
                },
                '.diagonal-fractions': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-fraction': 'diagonal-fractions',
                  'font-variant-numeric': t,
                },
                '.stacked-fractions': {
                  '@defaults font-variant-numeric': {},
                  '--tw-numeric-fraction': 'stacked-fractions',
                  'font-variant-numeric': t,
                },
              })
          },
          lineHeight: L('lineHeight', [['leading', ['lineHeight']]]),
          letterSpacing: L('letterSpacing', [['tracking', ['letterSpacing']]], {
            supportsNegativeValues: !0,
          }),
          textColor: ({ matchUtilities: r, theme: e, corePlugins: t }) => {
            r(
              {
                text: (i) =>
                  t('textOpacity')
                    ? Ae({
                        color: i,
                        property: 'color',
                        variable: '--tw-text-opacity',
                      })
                    : { color: X(i) },
              },
              { values: xe(e('textColor')), type: ['color', 'any'] }
            )
          },
          textOpacity: L('textOpacity', [
            ['text-opacity', ['--tw-text-opacity']],
          ]),
          textDecoration: ({ addUtilities: r }) => {
            r({
              '.underline': { 'text-decoration-line': 'underline' },
              '.overline': { 'text-decoration-line': 'overline' },
              '.line-through': { 'text-decoration-line': 'line-through' },
              '.no-underline': { 'text-decoration-line': 'none' },
            })
          },
          textDecorationColor: ({ matchUtilities: r, theme: e }) => {
            r(
              { decoration: (t) => ({ 'text-decoration-color': X(t) }) },
              { values: xe(e('textDecorationColor')), type: ['color', 'any'] }
            )
          },
          textDecorationStyle: ({ addUtilities: r }) => {
            r({
              '.decoration-solid': { 'text-decoration-style': 'solid' },
              '.decoration-double': { 'text-decoration-style': 'double' },
              '.decoration-dotted': { 'text-decoration-style': 'dotted' },
              '.decoration-dashed': { 'text-decoration-style': 'dashed' },
              '.decoration-wavy': { 'text-decoration-style': 'wavy' },
            })
          },
          textDecorationThickness: L(
            'textDecorationThickness',
            [['decoration', ['text-decoration-thickness']]],
            { type: ['length', 'percentage'] }
          ),
          textUnderlineOffset: L(
            'textUnderlineOffset',
            [['underline-offset', ['text-underline-offset']]],
            { type: ['length', 'percentage', 'any'] }
          ),
          fontSmoothing: ({ addUtilities: r }) => {
            r({
              '.antialiased': {
                '-webkit-font-smoothing': 'antialiased',
                '-moz-osx-font-smoothing': 'grayscale',
              },
              '.subpixel-antialiased': {
                '-webkit-font-smoothing': 'auto',
                '-moz-osx-font-smoothing': 'auto',
              },
            })
          },
          placeholderColor: ({
            matchUtilities: r,
            theme: e,
            corePlugins: t,
          }) => {
            r(
              {
                placeholder: (i) =>
                  t('placeholderOpacity')
                    ? {
                        '&::placeholder': Ae({
                          color: i,
                          property: 'color',
                          variable: '--tw-placeholder-opacity',
                        }),
                      }
                    : { '&::placeholder': { color: X(i) } },
              },
              { values: xe(e('placeholderColor')), type: ['color', 'any'] }
            )
          },
          placeholderOpacity: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'placeholder-opacity': (t) => ({
                  ['&::placeholder']: { '--tw-placeholder-opacity': t },
                }),
              },
              { values: e('placeholderOpacity') }
            )
          },
          caretColor: ({ matchUtilities: r, theme: e }) => {
            r(
              { caret: (t) => ({ 'caret-color': X(t) }) },
              { values: xe(e('caretColor')), type: ['color', 'any'] }
            )
          },
          accentColor: ({ matchUtilities: r, theme: e }) => {
            r(
              { accent: (t) => ({ 'accent-color': X(t) }) },
              { values: xe(e('accentColor')), type: ['color', 'any'] }
            )
          },
          opacity: L('opacity', [['opacity', ['opacity']]]),
          backgroundBlendMode: ({ addUtilities: r }) => {
            r({
              '.bg-blend-normal': { 'background-blend-mode': 'normal' },
              '.bg-blend-multiply': { 'background-blend-mode': 'multiply' },
              '.bg-blend-screen': { 'background-blend-mode': 'screen' },
              '.bg-blend-overlay': { 'background-blend-mode': 'overlay' },
              '.bg-blend-darken': { 'background-blend-mode': 'darken' },
              '.bg-blend-lighten': { 'background-blend-mode': 'lighten' },
              '.bg-blend-color-dodge': {
                'background-blend-mode': 'color-dodge',
              },
              '.bg-blend-color-burn': { 'background-blend-mode': 'color-burn' },
              '.bg-blend-hard-light': { 'background-blend-mode': 'hard-light' },
              '.bg-blend-soft-light': { 'background-blend-mode': 'soft-light' },
              '.bg-blend-difference': { 'background-blend-mode': 'difference' },
              '.bg-blend-exclusion': { 'background-blend-mode': 'exclusion' },
              '.bg-blend-hue': { 'background-blend-mode': 'hue' },
              '.bg-blend-saturation': { 'background-blend-mode': 'saturation' },
              '.bg-blend-color': { 'background-blend-mode': 'color' },
              '.bg-blend-luminosity': { 'background-blend-mode': 'luminosity' },
            })
          },
          mixBlendMode: ({ addUtilities: r }) => {
            r({
              '.mix-blend-normal': { 'mix-blend-mode': 'normal' },
              '.mix-blend-multiply': { 'mix-blend-mode': 'multiply' },
              '.mix-blend-screen': { 'mix-blend-mode': 'screen' },
              '.mix-blend-overlay': { 'mix-blend-mode': 'overlay' },
              '.mix-blend-darken': { 'mix-blend-mode': 'darken' },
              '.mix-blend-lighten': { 'mix-blend-mode': 'lighten' },
              '.mix-blend-color-dodge': { 'mix-blend-mode': 'color-dodge' },
              '.mix-blend-color-burn': { 'mix-blend-mode': 'color-burn' },
              '.mix-blend-hard-light': { 'mix-blend-mode': 'hard-light' },
              '.mix-blend-soft-light': { 'mix-blend-mode': 'soft-light' },
              '.mix-blend-difference': { 'mix-blend-mode': 'difference' },
              '.mix-blend-exclusion': { 'mix-blend-mode': 'exclusion' },
              '.mix-blend-hue': { 'mix-blend-mode': 'hue' },
              '.mix-blend-saturation': { 'mix-blend-mode': 'saturation' },
              '.mix-blend-color': { 'mix-blend-mode': 'color' },
              '.mix-blend-luminosity': { 'mix-blend-mode': 'luminosity' },
              '.mix-blend-plus-darker': { 'mix-blend-mode': 'plus-darker' },
              '.mix-blend-plus-lighter': { 'mix-blend-mode': 'plus-lighter' },
            })
          },
          boxShadow: (() => {
            let r = mt('boxShadow'),
              e = [
                'var(--tw-ring-offset-shadow, 0 0 #0000)',
                'var(--tw-ring-shadow, 0 0 #0000)',
                'var(--tw-shadow)',
              ].join(', ')
            return function ({ matchUtilities: t, addDefaults: i, theme: n }) {
              i('box-shadow', {
                '--tw-ring-offset-shadow': '0 0 #0000',
                '--tw-ring-shadow': '0 0 #0000',
                '--tw-shadow': '0 0 #0000',
                '--tw-shadow-colored': '0 0 #0000',
              }),
                t(
                  {
                    shadow: (s) => {
                      s = r(s)
                      let a = en(s)
                      for (let o of a)
                        !o.valid || (o.color = 'var(--tw-shadow-color)')
                      return {
                        '@defaults box-shadow': {},
                        '--tw-shadow': s === 'none' ? '0 0 #0000' : s,
                        '--tw-shadow-colored':
                          s === 'none' ? '0 0 #0000' : Lf(a),
                        'box-shadow': e,
                      }
                    },
                  },
                  { values: n('boxShadow'), type: ['shadow'] }
                )
            }
          })(),
          boxShadowColor: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                shadow: (t) => ({
                  '--tw-shadow-color': X(t),
                  '--tw-shadow': 'var(--tw-shadow-colored)',
                }),
              },
              { values: xe(e('boxShadowColor')), type: ['color', 'any'] }
            )
          },
          outlineStyle: ({ addUtilities: r }) => {
            r({
              '.outline-none': {
                outline: '2px solid transparent',
                'outline-offset': '2px',
              },
              '.outline': { 'outline-style': 'solid' },
              '.outline-dashed': { 'outline-style': 'dashed' },
              '.outline-dotted': { 'outline-style': 'dotted' },
              '.outline-double': { 'outline-style': 'double' },
            })
          },
          outlineWidth: L('outlineWidth', [['outline', ['outline-width']]], {
            type: ['length', 'number', 'percentage'],
          }),
          outlineOffset: L(
            'outlineOffset',
            [['outline-offset', ['outline-offset']]],
            {
              type: ['length', 'number', 'percentage', 'any'],
              supportsNegativeValues: !0,
            }
          ),
          outlineColor: ({ matchUtilities: r, theme: e }) => {
            r(
              { outline: (t) => ({ 'outline-color': X(t) }) },
              { values: xe(e('outlineColor')), type: ['color', 'any'] }
            )
          },
          ringWidth: ({
            matchUtilities: r,
            addDefaults: e,
            addUtilities: t,
            theme: i,
            config: n,
          }) => {
            let s = (() => {
              if (we(n(), 'respectDefaultRingColorOpacity'))
                return i('ringColor.DEFAULT')
              let a = i('ringOpacity.DEFAULT', '0.5')
              return i('ringColor')?.DEFAULT
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                : `rgb(147 197 253 / ${a})`
            })()
            e('ring-width', {
              '--tw-ring-inset': ' ',
              '--tw-ring-offset-width': i('ringOffsetWidth.DEFAULT', '0px'),
              '--tw-ring-offset-color': i('ringOffsetColor.DEFAULT', '#fff'),
              '--tw-ring-color': s,
              '--tw-ring-offset-shadow': '0 0 #0000',
              '--tw-ring-shadow': '0 0 #0000',
              '--tw-shadow': '0 0 #0000',
              '--tw-shadow-colored': '0 0 #0000',
            }),
              r(
                {
                  ring: (a) => ({
                    '@defaults ring-width': {},
                    '--tw-ring-offset-shadow':
                      'var(--tw-ring-inset) 0 0 0 var(--tw-ring-offset-width) var(--tw-ring-offset-color)',
                    '--tw-ring-shadow': `var(--tw-ring-inset) 0 0 0 calc(${a} + var(--tw-ring-offset-width)) var(--tw-ring-color)`,
                    'box-shadow': [
                      'var(--tw-ring-offset-shadow)',
                      'var(--tw-ring-shadow)',
                      'var(--tw-shadow, 0 0 #0000)',
                    ].join(', '),
                  }),
                },
                { values: i('ringWidth'), type: 'length' }
              ),
              t({
                '.ring-inset': {
                  '@defaults ring-width': {},
                  '--tw-ring-inset': 'inset',
                },
              })
          },
          ringColor: ({ matchUtilities: r, theme: e, corePlugins: t }) => {
            r(
              {
                ring: (i) =>
                  t('ringOpacity')
                    ? Ae({
                        color: i,
                        property: '--tw-ring-color',
                        variable: '--tw-ring-opacity',
                      })
                    : { '--tw-ring-color': X(i) },
              },
              {
                values: Object.fromEntries(
                  Object.entries(xe(e('ringColor'))).filter(
                    ([i]) => i !== 'DEFAULT'
                  )
                ),
                type: ['color', 'any'],
              }
            )
          },
          ringOpacity: (r) => {
            let { config: e } = r
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          },
          ringOffsetWidth: L(
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            [['ring-offset', ['--tw-ring-offset-width']]],
            { type: 'length' }
          ),
          ringOffsetColor: ({ matchUtilities: r, theme: e }) => {
            r(
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              { values: xe(e('ringOffsetColor')), type: ['color', 'any'] }
            )
          },
          blur: ({ matchUtilities: r, theme: e }) => {
            r(
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                blur: (t) => ({
                  '--tw-blur': t.trim() === '' ? ' ' : `blur(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('blur') }
            )
          },
          brightness: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                brightness: (t) => ({
                  '--tw-brightness': `brightness(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('brightness') }
            )
          },
          contrast: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                contrast: (t) => ({
                  '--tw-contrast': `contrast(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('contrast') }
            )
          },
          dropShadow: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'drop-shadow': (t) => ({
                  '--tw-drop-shadow': Array.isArray(t)
                    ? t.map((i) => `drop-shadow(${i})`).join(' ')
                    : `drop-shadow(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('dropShadow') }
            )
          },
          grayscale: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                grayscale: (t) => ({
                  '--tw-grayscale': `grayscale(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('grayscale') }
            )
          },
          hueRotate: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'hue-rotate': (t) => ({
                  '--tw-hue-rotate': `hue-rotate(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('hueRotate'), supportsNegativeValues: !0 }
            )
          },
          invert: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                invert: (t) => ({
                  '--tw-invert': `invert(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('invert') }
            )
          },
          saturate: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                saturate: (t) => ({
                  '--tw-saturate': `saturate(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('saturate') }
            )
          },
          sepia: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                sepia: (t) => ({
                  '--tw-sepia': `sepia(${t})`,
                  '@defaults filter': {},
                  filter: nt,
                }),
              },
              { values: e('sepia') }
            )
          },
          filter: ({ addDefaults: r, addUtilities: e }) => {
            r('filter', {
              '--tw-blur': ' ',
              '--tw-brightness': ' ',
              '--tw-contrast': ' ',
              '--tw-grayscale': ' ',
              '--tw-hue-rotate': ' ',
              '--tw-invert': ' ',
              '--tw-saturate': ' ',
              '--tw-sepia': ' ',
              '--tw-drop-shadow': ' ',
            }),
              e({
                '.filter': { '@defaults filter': {}, filter: nt },
                '.filter-none': { filter: 'none' },
              })
          },
          backdropBlur: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-blur': (t) => ({
                  '--tw-backdrop-blur': t.trim() === '' ? ' ' : `blur(${t})`,
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropBlur') }
            )
          },
          backdropBrightness: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-brightness': (t) => ({
                  '--tw-backdrop-brightness': `brightness(${t})`,
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropBrightness') }
            )
          },
          backdropContrast: ({ matchUtilities: r, theme: e }) => {
            r(
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                'backdrop-contrast': (t) => ({
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                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropContrast') }
            )
          },
          backdropGrayscale: ({ matchUtilities: r, theme: e }) => {
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                'backdrop-grayscale': (t) => ({
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                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropGrayscale') }
            )
          },
          backdropHueRotate: ({ matchUtilities: r, theme: e }) => {
            r(
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                'backdrop-hue-rotate': (t) => ({
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                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropHueRotate'), supportsNegativeValues: !0 }
            )
          },
          backdropInvert: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-invert': (t) => ({
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                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropInvert') }
            )
          },
          backdropOpacity: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-opacity': (t) => ({
                  '--tw-backdrop-opacity': `opacity(${t})`,
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropOpacity') }
            )
          },
          backdropSaturate: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-saturate': (t) => ({
                  '--tw-backdrop-saturate': `saturate(${t})`,
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropSaturate') }
            )
          },
          backdropSepia: ({ matchUtilities: r, theme: e }) => {
            r(
              {
                'backdrop-sepia': (t) => ({
                  '--tw-backdrop-sepia': `sepia(${t})`,
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                }),
              },
              { values: e('backdropSepia') }
            )
          },
          backdropFilter: ({ addDefaults: r, addUtilities: e }) => {
            r('backdrop-filter', {
              '--tw-backdrop-blur': ' ',
              '--tw-backdrop-brightness': ' ',
              '--tw-backdrop-contrast': ' ',
              '--tw-backdrop-grayscale': ' ',
              '--tw-backdrop-hue-rotate': ' ',
              '--tw-backdrop-invert': ' ',
              '--tw-backdrop-opacity': ' ',
              '--tw-backdrop-saturate': ' ',
              '--tw-backdrop-sepia': ' ',
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              e({
                '.backdrop-filter': {
                  '@defaults backdrop-filter': {},
                  '-webkit-backdrop-filter': ge,
                  'backdrop-filter': ge,
                },
                '.backdrop-filter-none': {
                  '-webkit-backdrop-filter': 'none',
                  'backdrop-filter': 'none',
                },
              })
          },
          transitionProperty: ({ matchUtilities: r, theme: e }) => {
            let t = e('transitionTimingFunction.DEFAULT'),
              i = e('transitionDuration.DEFAULT')
            r(
              {
                transition: (n) => ({
                  'transition-property': n,
                  ...(n === 'none'
                    ? {}
                    : {
                        'transition-timing-function': t,
                        'transition-duration': i,
                      }),
                }),
              },
              { values: e('transitionProperty') }
            )
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          transitionDelay: L('transitionDelay', [
            ['delay', ['transitionDelay']],
          ]),
          transitionDuration: L(
            'transitionDuration',
            [['duration', ['transitionDuration']]],
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          ),
          transitionTimingFunction: L(
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            { filterDefault: !0 }
          ),
          willChange: L('willChange', [['will-change', ['will-change']]]),
          contain: ({ addDefaults: r, addUtilities: e }) => {
            let t =
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            r('contain', {
              '--tw-contain-size': ' ',
              '--tw-contain-layout': ' ',
              '--tw-contain-paint': ' ',
              '--tw-contain-style': ' ',
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              e({
                '.contain-none': { contain: 'none' },
                '.contain-content': { contain: 'content' },
                '.contain-strict': { contain: 'strict' },
                '.contain-size': {
                  '@defaults contain': {},
                  '--tw-contain-size': 'size',
                  contain: t,
                },
                '.contain-inline-size': {
                  '@defaults contain': {},
                  '--tw-contain-size': 'inline-size',
                  contain: t,
                },
                '.contain-layout': {
                  '@defaults contain': {},
                  '--tw-contain-layout': 'layout',
                  contain: t,
                },
                '.contain-paint': {
                  '@defaults contain': {},
                  '--tw-contain-paint': 'paint',
                  contain: t,
                },
                '.contain-style': {
                  '@defaults contain': {},
                  '--tw-contain-style': 'style',
                  contain: t,
                },
              })
          },
          content: L('content', [
            ['content', ['--tw-content', ['content', 'var(--tw-content)']]],
          ]),
          forcedColorAdjust: ({ addUtilities: r }) => {
            r({
              '.forced-color-adjust-auto': { 'forced-color-adjust': 'auto' },
              '.forced-color-adjust-none': { 'forced-color-adjust': 'none' },
            })
          },
        })
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        }
        create(e) {
          return {
            layer: e,
            parentLayer: e,
            arbitrary: 0n,
            variants: 0n,
            parallelIndex: 0n,
            index: this.offsets[e]++,
            propertyOffset: 0n,
            property: '',
            options: [],
          }
        }
        arbitraryProperty(e) {
          return { ...this.create('utilities'), arbitrary: 1n, property: e }
        }
        forVariant(e, t = 0) {
          let i = this.variantOffsets.get(e)
          if (i === void 0)
            throw new Error(`Cannot find offset for unknown variant ${e}`)
          return { ...this.create('variants'), variants: i << BigInt(t) }
        }
        applyVariantOffset(e, t, i) {
          return (
            (i.variant = t.variants),
            {
              ...e,
              layer: 'variants',
              parentLayer: e.layer === 'variants' ? e.parentLayer : e.layer,
              variants: e.variants | t.variants,
              options: i.sort ? [].concat(i, e.options) : e.options,
              parallelIndex: Lh([e.parallelIndex, t.parallelIndex]),
            }
          )
        }
        applyParallelOffset(e, t) {
          return { ...e, parallelIndex: BigInt(t) }
        }
        recordVariants(e, t) {
          for (let i of e) this.recordVariant(i, t(i))
        }
        recordVariant(e, t = 1) {
          return (
            this.variantOffsets.set(e, 1n << this.reservedVariantBits),
            (this.reservedVariantBits += BigInt(t)),
            { ...this.create('variants'), variants: this.variantOffsets.get(e) }
          )
        }
        compare(e, t) {
          if (e.layer !== t.layer)
            return this.layerPositions[e.layer] - this.layerPositions[t.layer]
          if (e.parentLayer !== t.parentLayer)
            return (
              this.layerPositions[e.parentLayer] -
              this.layerPositions[t.parentLayer]
            )
          for (let i of e.options)
            for (let n of t.options) {
              if (i.id !== n.id || !i.sort || !n.sort) continue
              let s = Lh([i.variant, n.variant]) ?? 0n,
                a = ~(s | (s - 1n)),
                o = e.variants & a,
                l = t.variants & a
              if (o !== l) continue
              let c = i.sort(
                { value: i.value, modifier: i.modifier },
                { value: n.value, modifier: n.modifier }
              )
              if (c !== 0) return c
            }
          return e.variants !== t.variants
            ? e.variants - t.variants
            : e.parallelIndex !== t.parallelIndex
            ? e.parallelIndex - t.parallelIndex
            : e.arbitrary !== t.arbitrary
            ? e.arbitrary - t.arbitrary
            : e.propertyOffset !== t.propertyOffset
            ? e.propertyOffset - t.propertyOffset
            : e.index - t.index
        }
        recalculateVariantOffsets() {
          let e = Array.from(this.variantOffsets.entries())
              .filter(([n]) => n.startsWith('['))
              .sort(([n], [s]) => $_(n, s)),
            t = e.map(([, n]) => n).sort((n, s) => us(n - s))
          return e.map(([, n], s) => [n, t[s]]).filter(([n, s]) => n !== s)
        }
        remapArbitraryVariantOffsets(e) {
          let t = this.recalculateVariantOffsets()
          return t.length === 0
            ? e
            : e.map((i) => {
                let [n, s] = i
                return (n = { ...n, variants: qh(n.variants, t) }), [n, s]
              })
        }
        sortArbitraryProperties(e) {
          let t = new Set()
          for (let [a] of e) a.arbitrary === 1n && t.add(a.property)
          if (t.size === 0) return e
          let i = Array.from(t).sort(),
            n = new Map(),
            s = 1n
          for (let a of i) n.set(a, s++)
          return e.map((a) => {
            let [o, l] = a
            return (
              (o = { ...o, propertyOffset: n.get(o.property) ?? 0n }), [o, l]
            )
          })
        }
        sort(e) {
          return (
            (e = this.remapArbitraryVariantOffsets(e)),
            (e = this.sortArbitraryProperties(e)),
            e.sort(([t], [i]) => us(this.compare(t, i)))
          )
        }
      }
    })
  function tl(r, e) {
    let t = r.tailwindConfig.prefix
    return typeof t == 'function' ? t(e) : t + e
  }
  function Bh({ type: r = 'any', ...e }) {
    let t = [].concat(r)
    return {
      ...e,
      types: t.map((i) =>
        Array.isArray(i)
          ? { type: i[0], ...i[1] }
          : { type: i, preferOnConflict: !1 }
      ),
    }
  }
  function L_(r) {
    let e = [],
      t = '',
      i = 0
    for (let n = 0; n < r.length; n++) {
      let s = r[n]
      if (s === '\\') t += '\\' + r[++n]
      else if (s === '{') ++i, e.push(t.trim()), (t = '')
      else if (s === '}') {
        if (--i < 0) throw new Error('Your { and } are unbalanced.')
        e.push(t.trim()), (t = '')
      } else t += s
    }
    return t.length > 0 && e.push(t.trim()), (e = e.filter((n) => n !== '')), e
  }
  function M_(r, e, { before: t = [] } = {}) {
    if (((t = [].concat(t)), t.length <= 0)) {
      r.push(e)
      return
    }
    let i = r.length - 1
    for (let n of t) {
      let s = r.indexOf(n)
      s !== -1 && (i = Math.min(i, s))
    }
    r.splice(i, 0, e)
  }
  function Fh(r) {
    return Array.isArray(r)
      ? r.flatMap((e) => (!Array.isArray(e) && !ke(e) ? e : lr(e)))
      : Fh([r])
  }
  function N_(r, e) {
    return (0, Zo.default)((i) => {
      let n = []
      return (
        e && e(i),
        i.walkClasses((s) => {
          n.push(s.value)
        }),
        n
      )
    }).transformSync(r)
  }
  function B_(r) {
    r.walkPseudos((e) => {
      e.value === ':not' && e.remove()
    })
  }
  function F_(r, e = { containsNonOnDemandable: !1 }, t = 0) {
    let i = [],
      n = []
    r.type === 'rule'
      ? n.push(...r.selectors)
      : r.type === 'atrule' && r.walkRules((s) => n.push(...s.selectors))
    for (let s of n) {
      let a = N_(s, B_)
      a.length === 0 && (e.containsNonOnDemandable = !0)
      for (let o of a) i.push(o)
    }
    return t === 0 ? [e.containsNonOnDemandable || i.length === 0, i] : i
  }
  function fs(r) {
    return Fh(r).flatMap((e) => {
      let t = new Map(),
        [i, n] = F_(e)
      return (
        i && n.unshift(gt),
        n.map((s) => (t.has(e) || t.set(e, e), [s, t.get(e)]))
      )
    })
  }
  function ls(r) {
    return r.startsWith('@') || r.includes('&')
  }
  function Ri(r) {
    r = r
      .replace(/\n+/g, '')
      .replace(/\s{1,}/g, ' ')
      .trim()
    let e = L_(r)
      .map((t) => {
        if (!t.startsWith('@')) return ({ format: s }) => s(t)
        let [, i, n] = /@(\S*)( .+|[({].*)?/g.exec(t)
        return ({ wrap: s }) =>
          s(ee.atRule({ name: i, params: n?.trim() ?? '' }))
      })
      .reverse()
    return (t) => {
      for (let i of e) i(t)
    }
  }
  function j_(
    r,
    e,
    { variantList: t, variantMap: i, offsets: n, classList: s }
  ) {
    function a(p, h) {
      return p ? (0, Nh.default)(r, p, h) : r
    }
    function o(p) {
      return ur(r.prefix, p)
    }
    function l(p, h) {
      return p === gt ? gt : h.respectPrefix ? e.tailwindConfig.prefix + p : p
    }
    function c(p, h, b = {}) {
      let v = kt(p),
        y = a(['theme', ...v], h)
      return mt(v[0])(y, b)
    }
    let f = 0,
      d = {
        postcss: ee,
        prefix: o,
        e: Te,
        config: a,
        theme: c,
        corePlugins: (p) =>
          Array.isArray(r.corePlugins)
            ? r.corePlugins.includes(p)
            : a(['corePlugins', p], !0),
        variants: () => [],
        addBase(p) {
          for (let [h, b] of fs(p)) {
            let v = l(h, {}),
              y = n.create('base')
            e.candidateRuleMap.has(v) || e.candidateRuleMap.set(v, []),
              e.candidateRuleMap.get(v).push([{ sort: y, layer: 'base' }, b])
          }
        },
        addDefaults(p, h) {
          let b = { [`@defaults ${p}`]: h }
          for (let [v, y] of fs(b)) {
            let w = l(v, {})
            e.candidateRuleMap.has(w) || e.candidateRuleMap.set(w, []),
              e.candidateRuleMap
                .get(w)
                .push([{ sort: n.create('defaults'), layer: 'defaults' }, y])
          }
        },
        addComponents(p, h) {
          h = Object.assign(
            {},
            { preserveSource: !1, respectPrefix: !0, respectImportant: !1 },
            Array.isArray(h) ? {} : h
          )
          for (let [v, y] of fs(p)) {
            let w = l(v, h)
            s.add(w),
              e.candidateRuleMap.has(w) || e.candidateRuleMap.set(w, []),
              e.candidateRuleMap.get(w).push([
                {
                  sort: n.create('components'),
                  layer: 'components',
                  options: h,
                },
                y,
              ])
          }
        },
        addUtilities(p, h) {
          h = Object.assign(
            {},
            { preserveSource: !1, respectPrefix: !0, respectImportant: !0 },
            Array.isArray(h) ? {} : h
          )
          for (let [v, y] of fs(p)) {
            let w = l(v, h)
            s.add(w),
              e.candidateRuleMap.has(w) || e.candidateRuleMap.set(w, []),
              e.candidateRuleMap.get(w).push([
                {
                  sort: n.create('utilities'),
                  layer: 'utilities',
                  options: h,
                },
                y,
              ])
          }
        },
        matchUtilities: function (p, h) {
          h = Bh({
            ...{ respectPrefix: !0, respectImportant: !0, modifiers: !1 },
            ...h,
          })
          let v = n.create('utilities')
          for (let y in p) {
            let S = function (T, { isOnlyPlugin: B }) {
                let [N, R, F] = ea(h.types, T, h, r)
                if (N === void 0) return []
                if (!h.types.some(({ type: U }) => U === R))
                  if (B)
                    G.warn([
                      `Unnecessary typehint \`${R}\` in \`${y}-${T}\`.`,
                      `You can safely update it to \`${y}-${T.replace(
                        R + ':',
                        ''
                      )}\`.`,
                    ])
                  else return []
                if (!cr(N)) return []
                let Y = {
                    get modifier() {
                      return (
                        h.modifiers ||
                          G.warn(`modifier-used-without-options-for-${y}`, [
                            'Your plugin must set `modifiers: true` in its options to support modifiers.',
                          ]),
                        F
                      )
                    },
                  },
                  _ = we(r, 'generalizedModifiers')
                return []
                  .concat(_ ? k(N, Y) : k(N))
                  .filter(Boolean)
                  .map((U) => ({ [Qn(y, T)]: U }))
              },
              w = l(y, h),
              k = p[y]
            s.add([w, h])
            let E = [{ sort: v, layer: 'utilities', options: h }, S]
            e.candidateRuleMap.has(w) || e.candidateRuleMap.set(w, []),
              e.candidateRuleMap.get(w).push(E)
          }
        },
        matchComponents: function (p, h) {
          h = Bh({
            ...{ respectPrefix: !0, respectImportant: !1, modifiers: !1 },
            ...h,
          })
          let v = n.create('components')
          for (let y in p) {
            let S = function (T, { isOnlyPlugin: B }) {
                let [N, R, F] = ea(h.types, T, h, r)
                if (N === void 0) return []
                if (!h.types.some(({ type: U }) => U === R))
                  if (B)
                    G.warn([
                      `Unnecessary typehint \`${R}\` in \`${y}-${T}\`.`,
                      `You can safely update it to \`${y}-${T.replace(
                        R + ':',
                        ''
                      )}\`.`,
                    ])
                  else return []
                if (!cr(N)) return []
                let Y = {
                    get modifier() {
                      return (
                        h.modifiers ||
                          G.warn(`modifier-used-without-options-for-${y}`, [
                            'Your plugin must set `modifiers: true` in its options to support modifiers.',
                          ]),
                        F
                      )
                    },
                  },
                  _ = we(r, 'generalizedModifiers')
                return []
                  .concat(_ ? k(N, Y) : k(N))
                  .filter(Boolean)
                  .map((U) => ({ [Qn(y, T)]: U }))
              },
              w = l(y, h),
              k = p[y]
            s.add([w, h])
            let E = [{ sort: v, layer: 'components', options: h }, S]
            e.candidateRuleMap.has(w) || e.candidateRuleMap.set(w, []),
              e.candidateRuleMap.get(w).push(E)
          }
        },
        addVariant(p, h, b = {}) {
          ;(h = [].concat(h).map((v) => {
            if (typeof v != 'string')
              return (y = {}) => {
                let {
                    args: w,
                    modifySelectors: k,
                    container: S,
                    separator: E,
                    wrap: T,
                    format: B,
                  } = y,
                  N = v(
                    Object.assign(
                      { modifySelectors: k, container: S, separator: E },
                      b.type === Jo.MatchVariant && {
                        args: w,
                        wrap: T,
                        format: B,
                      }
                    )
                  )
                if (typeof N == 'string' && !ls(N))
                  throw new Error(
                    `Your custom variant \`${p}\` has an invalid format string. Make sure it's an at-rule or contains a \`&\` placeholder.`
                  )
                return Array.isArray(N)
                  ? N.filter((R) => typeof R == 'string').map((R) => Ri(R))
                  : N && typeof N == 'string' && Ri(N)(y)
              }
            if (!ls(v))
              throw new Error(
                `Your custom variant \`${p}\` has an invalid format string. Make sure it's an at-rule or contains a \`&\` placeholder.`
              )
            return Ri(v)
          })),
            M_(t, p, b),
            i.set(p, h),
            e.variantOptions.set(p, b)
        },
        matchVariant(p, h, b) {
          let v = b?.id ?? ++f,
            y = p === '@',
            w = we(r, 'generalizedModifiers')
          for (let [S, E] of Object.entries(b?.values ?? {}))
            S !== 'DEFAULT' &&
              d.addVariant(
                y ? `${p}${S}` : `${p}-${S}`,
                ({ args: T, container: B }) =>
                  h(
                    E,
                    w
                      ? { modifier: T?.modifier, container: B }
                      : { container: B }
                  ),
                {
                  ...b,
                  value: E,
                  id: v,
                  type: Jo.MatchVariant,
                  variantInfo: el.Base,
                }
              )
          let k = 'DEFAULT' in (b?.values ?? {})
          d.addVariant(
            p,
            ({ args: S, container: E }) =>
              S?.value === Ti && !k
                ? null
                : h(
                    S?.value === Ti
                      ? b.values.DEFAULT
                      : S?.value ?? (typeof S == 'string' ? S : ''),
                    w
                      ? { modifier: S?.modifier, container: E }
                      : { container: E }
                  ),
            { ...b, id: v, type: Jo.MatchVariant, variantInfo: el.Dynamic }
          )
        },
      }
    return d
  }
  function cs(r) {
    return rl.has(r) || rl.set(r, new Map()), rl.get(r)
  }
  function jh(r, e) {
    let t = !1,
      i = new Map()
    for (let n of r) {
      if (!n) continue
      let s = oa.parse(n),
        a = s.hash ? s.href.replace(s.hash, '') : s.href
      a = s.search ? a.replace(s.search, '') : a
      let o = be.statSync(decodeURIComponent(a), {
        throwIfNoEntry: !1,
      })?.mtimeMs
      !o || ((!e.has(n) || o > e.get(n)) && (t = !0), i.set(n, o))
    }
    return [t, i]
  }
  function zh(r) {
    r.walkAtRules((e) => {
      ;['responsive', 'variants'].includes(e.name) &&
        (zh(e), e.before(e.nodes), e.remove())
    })
  }
  function z_(r) {
    let e = []
    return (
      r.each((t) => {
        t.type === 'atrule' &&
          ['responsive', 'variants'].includes(t.name) &&
          ((t.name = 'layer'), (t.params = 'utilities'))
      }),
      r.walkAtRules('layer', (t) => {
        if ((zh(t), t.params === 'base')) {
          for (let i of t.nodes)
            e.push(function ({ addBase: n }) {
              n(i, { respectPrefix: !1 })
            })
          t.remove()
        } else if (t.params === 'components') {
          for (let i of t.nodes)
            e.push(function ({ addComponents: n }) {
              n(i, { respectPrefix: !1, preserveSource: !0 })
            })
          t.remove()
        } else if (t.params === 'utilities') {
          for (let i of t.nodes)
            e.push(function ({ addUtilities: n }) {
              n(i, { respectPrefix: !1, preserveSource: !0 })
            })
          t.remove()
        }
      }),
      e
    )
  }
  function U_(r, e) {
    let t = Object.entries({ ...se, ...yh })
        .map(([l, c]) => (r.tailwindConfig.corePlugins.includes(l) ? c : null))
        .filter(Boolean),
      i = r.tailwindConfig.plugins.map(
        (l) => (
          l.__isOptionsFunction && (l = l()),
          typeof l == 'function' ? l : l.handler
        )
      ),
      n = z_(e),
      s = [
        se.childVariant,
        se.pseudoElementVariants,
        se.pseudoClassVariants,
        se.hasVariants,
        se.ariaVariants,
        se.dataVariants,
      ],
      a = [
        se.supportsVariants,
        se.reducedMotionVariants,
        se.prefersContrastVariants,
        se.screenVariants,
        se.orientationVariants,
        se.directionVariants,
        se.darkVariants,
        se.forcedColorsVariants,
        se.printVariant,
      ]
    return (
      (r.tailwindConfig.darkMode === 'class' ||
        (Array.isArray(r.tailwindConfig.darkMode) &&
          r.tailwindConfig.darkMode[0] === 'class')) &&
        (a = [
          se.supportsVariants,
          se.reducedMotionVariants,
          se.prefersContrastVariants,
          se.darkVariants,
          se.screenVariants,
          se.orientationVariants,
          se.directionVariants,
          se.forcedColorsVariants,
          se.printVariant,
        ]),
      [...t, ...s, ...i, ...a, ...n]
    )
  }
  function V_(r, e) {
    let t = [],
      i = new Map()
    e.variantMap = i
    let n = new Xo()
    e.offsets = n
    let s = new Set(),
      a = j_(e.tailwindConfig, e, {
        variantList: t,
        variantMap: i,
        offsets: n,
        classList: s,
      })
    for (let f of r)
      if (Array.isArray(f)) for (let d of f) d(a)
      else f?.(a)
    n.recordVariants(t, (f) => i.get(f).length)
    for (let [f, d] of i.entries())
      e.variantMap.set(
        f,
        d.map((p, h) => [n.forVariant(f, h), p])
      )
    let o = (e.tailwindConfig.safelist ?? []).filter(Boolean)
    if (o.length > 0) {
      let f = []
      for (let d of o) {
        if (typeof d == 'string') {
          e.changedContent.push({ content: d, extension: 'html' })
          continue
        }
        if (d instanceof RegExp) {
          G.warn('root-regex', [
            'Regular expressions in `safelist` work differently in Tailwind CSS v3.0.',
            'Update your `safelist` configuration to eliminate this warning.',
            'https://tailwindcss.com/docs/content-configuration#safelisting-classes',
          ])
          continue
        }
        f.push(d)
      }
      if (f.length > 0) {
        let d = new Map(),
          p = e.tailwindConfig.prefix.length,
          h = f.some((b) => b.pattern.source.includes('!'))
        for (let b of s) {
          let v = Array.isArray(b)
            ? (() => {
                let [y, w] = b,
                  S = Object.keys(w?.values ?? {}).map((E) => Ei(y, E))
                return (
                  w?.supportsNegativeValues &&
                    ((S = [...S, ...S.map((E) => '-' + E)]),
                    (S = [
                      ...S,
                      ...S.map((E) => E.slice(0, p) + '-' + E.slice(p)),
                    ])),
                  w.types.some(({ type: E }) => E === 'color') &&
                    (S = [
                      ...S,
                      ...S.flatMap((E) =>
                        Object.keys(e.tailwindConfig.theme.opacity).map(
                          (T) => `${E}/${T}`
                        )
                      ),
                    ]),
                  h &&
                    w?.respectImportant &&
                    (S = [...S, ...S.map((E) => '!' + E)]),
                  S
                )
              })()
            : [b]
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            for (let { pattern: w, variants: k = [] } of f)
              if (((w.lastIndex = 0), d.has(w) || d.set(w, 0), !!w.test(y))) {
                d.set(w, d.get(w) + 1),
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                for (let S of k)
                  e.changedContent.push({
                    content: S + e.tailwindConfig.separator + y,
                    extension: 'html',
                  })
              }
        }
        for (let [b, v] of d.entries())
          v === 0 &&
            G.warn([
              `The safelist pattern \`${b}\` doesn't match any Tailwind CSS classes.`,
              'Fix this pattern or remove it from your `safelist` configuration.',
              'https://tailwindcss.com/docs/content-configuration#safelisting-classes',
            ])
      }
    }
    let l = [].concat(e.tailwindConfig.darkMode ?? 'media')[1] ?? 'dark',
      c = [tl(e, l), tl(e, 'group'), tl(e, 'peer')]
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        h = new Map(p.map((y) => [y, null])),
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      b = e.offsets.sort(b)
      let v = BigInt(c.length)
      for (let [, y] of b) {
        let w = y.raws.tailwind.candidate
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    }),
      (e.getClassList = function (d = {}) {
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        let f = cl(o) || cl(l) || cl(c),
          d = f ? Math.max(o.length, l.length, c.length) : 0,
          p = f === !1 && sE(r, e, i) === !1,
          h = i.transform || nE(p)
        if (i.toRegex && t === 1) return xm(ms(r, d), ms(e, d), !0, i)
        let b = { negatives: [], positives: [] },
          v = (k) => b[k < 0 ? 'negatives' : 'positives'].push(Math.abs(k)),
          y = [],
          w = 0
        for (; a ? n >= s : n <= s; )
          i.toRegex === !0 && t > 1 ? v(n) : y.push(aE(h(n, w), d, p)),
            (n = a ? n - t : n + t),
            w++
        return i.toRegex === !0
          ? t > 1
            ? oE(b, i, d)
            : km(y, null, { wrap: !1, ...i })
          : y
      },
      fE = (r, e, t = 1, i = {}) => {
        if ((!Ii(r) && r.length > 1) || (!Ii(e) && e.length > 1))
          return Am(r, e, i)
        let n = i.transform || ((p) => String.fromCharCode(p)),
          s = `${r}`.charCodeAt(0),
          a = `${e}`.charCodeAt(0),
          o = s > a,
          l = Math.min(s, a),
          c = Math.max(s, a)
        if (i.toRegex && t === 1) return xm(l, c, !1, i)
        let f = [],
          d = 0
        for (; o ? s >= a : s <= a; )
          f.push(n(s, d)), (s = o ? s - t : s + t), d++
        return i.toRegex === !0 ? km(f, null, { wrap: !1, options: i }) : f
      },
      gs = (r, e, t, i = {}) => {
        if (e == null && fl(r)) return [r]
        if (!fl(r) || !fl(e)) return Am(r, e, i)
        if (typeof t == 'function') return gs(r, e, 1, { transform: t })
        if (vm(t)) return gs(r, e, 0, t)
        let n = { ...i }
        return (
          n.capture === !0 && (n.wrap = !0),
          (t = t || n.step || 1),
          Ii(t)
            ? Ii(r) && Ii(e)
              ? uE(r, e, t, n)
              : fE(r, e, Math.max(Math.abs(t), 1), n)
            : t != null && !vm(t)
            ? lE(t, n)
            : gs(r, e, 1, t)
        )
      }
    Cm.exports = gs
  })
  var Om = x((r6, Em) => {
    u()
    ;('use strict')
    var cE = pl(),
      _m = ds(),
      pE = (r, e = {}) => {
        let t = (i, n = {}) => {
          let s = _m.isInvalidBrace(n),
            a = i.invalid === !0 && e.escapeInvalid === !0,
            o = s === !0 || a === !0,
            l = e.escapeInvalid === !0 ? '\\' : '',
            c = ''
          if (i.isOpen === !0) return l + i.value
          if (i.isClose === !0)
            return console.log('node.isClose', l, i.value), l + i.value
          if (i.type === 'open') return o ? l + i.value : '('
          if (i.type === 'close') return o ? l + i.value : ')'
          if (i.type === 'comma')
            return i.prev.type === 'comma' ? '' : o ? i.value : '|'
          if (i.value) return i.value
          if (i.nodes && i.ranges > 0) {
            let f = _m.reduce(i.nodes),
              d = cE(...f, { ...e, wrap: !1, toRegex: !0, strictZeros: !0 })
            if (d.length !== 0)
              return f.length > 1 && d.length > 1 ? `(${d})` : d
          }
          if (i.nodes) for (let f of i.nodes) c += t(f, i)
          return c
        }
        return t(r)
      }
    Em.exports = pE
  })
  var Pm = x((i6, Rm) => {
    u()
    ;('use strict')
    var dE = pl(),
      Tm = hs(),
      mr = ds(),
      Gt = (r = '', e = '', t = !1) => {
        let i = []
        if (((r = [].concat(r)), (e = [].concat(e)), !e.length)) return r
        if (!r.length) return t ? mr.flatten(e).map((n) => `{${n}}`) : e
        for (let n of r)
          if (Array.isArray(n)) for (let s of n) i.push(Gt(s, e, t))
          else
            for (let s of e)
              t === !0 && typeof s == 'string' && (s = `{${s}}`),
                i.push(Array.isArray(s) ? Gt(n, s, t) : n + s)
        return mr.flatten(i)
      },
      hE = (r, e = {}) => {
        let t = e.rangeLimit === void 0 ? 1e3 : e.rangeLimit,
          i = (n, s = {}) => {
            n.queue = []
            let a = s,
              o = s.queue
            for (; a.type !== 'brace' && a.type !== 'root' && a.parent; )
              (a = a.parent), (o = a.queue)
            if (n.invalid || n.dollar) {
              o.push(Gt(o.pop(), Tm(n, e)))
              return
            }
            if (
              n.type === 'brace' &&
              n.invalid !== !0 &&
              n.nodes.length === 2
            ) {
              o.push(Gt(o.pop(), ['{}']))
              return
            }
            if (n.nodes && n.ranges > 0) {
              let d = mr.reduce(n.nodes)
              if (mr.exceedsLimit(...d, e.step, t))
                throw new RangeError(
                  'expanded array length exceeds range limit. Use options.rangeLimit to increase or disable the limit.'
                )
              let p = dE(...d, e)
              p.length === 0 && (p = Tm(n, e)),
                o.push(Gt(o.pop(), p)),
                (n.nodes = [])
              return
            }
            let l = mr.encloseBrace(n),
              c = n.queue,
              f = n
            for (; f.type !== 'brace' && f.type !== 'root' && f.parent; )
              (f = f.parent), (c = f.queue)
            for (let d = 0; d < n.nodes.length; d++) {
              let p = n.nodes[d]
              if (p.type === 'comma' && n.type === 'brace') {
                d === 1 && c.push(''), c.push('')
                continue
              }
              if (p.type === 'close') {
                o.push(Gt(o.pop(), c, l))
                continue
              }
              if (p.value && p.type !== 'open') {
                c.push(Gt(c.pop(), p.value))
                continue
              }
              p.nodes && i(p, n)
            }
            return c
          }
        return mr.flatten(i(r))
      }
    Rm.exports = hE
  })
  var Dm = x((n6, Im) => {
    u()
    ;('use strict')
    Im.exports = {
      MAX_LENGTH: 1e4,
      CHAR_0: '0',
      CHAR_9: '9',
      CHAR_UPPERCASE_A: 'A',
      CHAR_LOWERCASE_A: 'a',
      CHAR_UPPERCASE_Z: 'Z',
      CHAR_LOWERCASE_Z: 'z',
      CHAR_LEFT_PARENTHESES: '(',
      CHAR_RIGHT_PARENTHESES: ')',
      CHAR_ASTERISK: '*',
      CHAR_AMPERSAND: '&',
      CHAR_AT: '@',
      CHAR_BACKSLASH: '\\',
      CHAR_BACKTICK: '`',
      CHAR_CARRIAGE_RETURN: '\r',
      CHAR_CIRCUMFLEX_ACCENT: '^',
      CHAR_COLON: ':',
      CHAR_COMMA: ',',
      CHAR_DOLLAR: '$',
      CHAR_DOT: '.',
      CHAR_DOUBLE_QUOTE: '"',
      CHAR_EQUAL: '=',
      CHAR_EXCLAMATION_MARK: '!',
      CHAR_FORM_FEED: '\f',
      CHAR_FORWARD_SLASH: '/',
      CHAR_HASH: '#',
      CHAR_HYPHEN_MINUS: '-',
      CHAR_LEFT_ANGLE_BRACKET: '<',
      CHAR_LEFT_CURLY_BRACE: '{',
      CHAR_LEFT_SQUARE_BRACKET: '[',
      CHAR_LINE_FEED: `
`,
      CHAR_NO_BREAK_SPACE: '\xA0',
      CHAR_PERCENT: '%',
      CHAR_PLUS: '+',
      CHAR_QUESTION_MARK: '?',
      CHAR_RIGHT_ANGLE_BRACKET: '>',
      CHAR_RIGHT_CURLY_BRACE: '}',
      CHAR_RIGHT_SQUARE_BRACKET: ']',
      CHAR_SEMICOLON: ';',
      CHAR_SINGLE_QUOTE: "'",
      CHAR_SPACE: ' ',
      CHAR_TAB: '	',
      CHAR_UNDERSCORE: '_',
      CHAR_VERTICAL_LINE: '|',
      CHAR_ZERO_WIDTH_NOBREAK_SPACE: '\uFEFF',
    }
  })
  var Nm = x((s6, Mm) => {
    u()
    ;('use strict')
    var mE = hs(),
      {
        MAX_LENGTH: qm,
        CHAR_BACKSLASH: dl,
        CHAR_BACKTICK: gE,
        CHAR_COMMA: yE,
        CHAR_DOT: bE,
        CHAR_LEFT_PARENTHESES: wE,
        CHAR_RIGHT_PARENTHESES: vE,
        CHAR_LEFT_CURLY_BRACE: xE,
        CHAR_RIGHT_CURLY_BRACE: kE,
        CHAR_LEFT_SQUARE_BRACKET: $m,
        CHAR_RIGHT_SQUARE_BRACKET: Lm,
        CHAR_DOUBLE_QUOTE: SE,
        CHAR_SINGLE_QUOTE: AE,
        CHAR_NO_BREAK_SPACE: CE,
        CHAR_ZERO_WIDTH_NOBREAK_SPACE: _E,
      } = Dm(),
      EE = (r, e = {}) => {
        if (typeof r != 'string') throw new TypeError('Expected a string')
        let t = e || {},
          i = typeof t.maxLength == 'number' ? Math.min(qm, t.maxLength) : qm
        if (r.length > i)
          throw new SyntaxError(
            `Input length (${r.length}), exceeds max characters (${i})`
          )
        let n = { type: 'root', input: r, nodes: [] },
          s = [n],
          a = n,
          o = n,
          l = 0,
          c = r.length,
          f = 0,
          d = 0,
          p,
          h = () => r[f++],
          b = (v) => {
            if (
              (v.type === 'text' && o.type === 'dot' && (o.type = 'text'),
              o && o.type === 'text' && v.type === 'text')
            ) {
              o.value += v.value
              return
            }
            return a.nodes.push(v), (v.parent = a), (v.prev = o), (o = v), v
          }
        for (b({ type: 'bos' }); f < c; )
          if (((a = s[s.length - 1]), (p = h()), !(p === _E || p === CE))) {
            if (p === dl) {
              b({ type: 'text', value: (e.keepEscaping ? p : '') + h() })
              continue
            }
            if (p === Lm) {
              b({ type: 'text', value: '\\' + p })
              continue
            }
            if (p === $m) {
              l++
              let v
              for (; f < c && (v = h()); ) {
                if (((p += v), v === $m)) {
                  l++
                  continue
                }
                if (v === dl) {
                  p += h()
                  continue
                }
                if (v === Lm && (l--, l === 0)) break
              }
              b({ type: 'text', value: p })
              continue
            }
            if (p === wE) {
              ;(a = b({ type: 'paren', nodes: [] })),
                s.push(a),
                b({ type: 'text', value: p })
              continue
            }
            if (p === vE) {
              if (a.type !== 'paren') {
                b({ type: 'text', value: p })
                continue
              }
              ;(a = s.pop()),
                b({ type: 'text', value: p }),
                (a = s[s.length - 1])
              continue
            }
            if (p === SE || p === AE || p === gE) {
              let v = p,
                y
              for (e.keepQuotes !== !0 && (p = ''); f < c && (y = h()); ) {
                if (y === dl) {
                  p += y + h()
                  continue
                }
                if (y === v) {
                  e.keepQuotes === !0 && (p += y)
                  break
                }
                p += y
              }
              b({ type: 'text', value: p })
              continue
            }
            if (p === xE) {
              d++
              let v = (o.value && o.value.slice(-1) === '$') || a.dollar === !0
              ;(a = b({
                type: 'brace',
                open: !0,
                close: !1,
                dollar: v,
                depth: d,
                commas: 0,
                ranges: 0,
                nodes: [],
              })),
                s.push(a),
                b({ type: 'open', value: p })
              continue
            }
            if (p === kE) {
              if (a.type !== 'brace') {
                b({ type: 'text', value: p })
                continue
              }
              let v = 'close'
              ;(a = s.pop()),
                (a.close = !0),
                b({ type: v, value: p }),
                d--,
                (a = s[s.length - 1])
              continue
            }
            if (p === yE && d > 0) {
              if (a.ranges > 0) {
                a.ranges = 0
                let v = a.nodes.shift()
                a.nodes = [v, { type: 'text', value: mE(a) }]
              }
              b({ type: 'comma', value: p }), a.commas++
              continue
            }
            if (p === bE && d > 0 && a.commas === 0) {
              let v = a.nodes
              if (d === 0 || v.length === 0) {
                b({ type: 'text', value: p })
                continue
              }
              if (o.type === 'dot') {
                if (
                  ((a.range = []),
                  (o.value += p),
                  (o.type = 'range'),
                  a.nodes.length !== 3 && a.nodes.length !== 5)
                ) {
                  ;(a.invalid = !0), (a.ranges = 0), (o.type = 'text')
                  continue
                }
                a.ranges++, (a.args = [])
                continue
              }
              if (o.type === 'range') {
                v.pop()
                let y = v[v.length - 1]
                ;(y.value += o.value + p), (o = y), a.ranges--
                continue
              }
              b({ type: 'dot', value: p })
              continue
            }
            b({ type: 'text', value: p })
          }
        do
          if (((a = s.pop()), a.type !== 'root')) {
            a.nodes.forEach((w) => {
              w.nodes ||
                (w.type === 'open' && (w.isOpen = !0),
                w.type === 'close' && (w.isClose = !0),
                w.nodes || (w.type = 'text'),
                (w.invalid = !0))
            })
            let v = s[s.length - 1],
              y = v.nodes.indexOf(a)
            v.nodes.splice(y, 1, ...a.nodes)
          }
        while (s.length > 0)
        return b({ type: 'eos' }), n
      }
    Mm.exports = EE
  })
  var jm = x((a6, Fm) => {
    u()
    ;('use strict')
    var Bm = hs(),
      OE = Om(),
      TE = Pm(),
      RE = Nm(),
      Le = (r, e = {}) => {
        let t = []
        if (Array.isArray(r))
          for (let i of r) {
            let n = Le.create(i, e)
            Array.isArray(n) ? t.push(...n) : t.push(n)
          }
        else t = [].concat(Le.create(r, e))
        return (
          e && e.expand === !0 && e.nodupes === !0 && (t = [...new Set(t)]), t
        )
      }
    Le.parse = (r, e = {}) => RE(r, e)
    Le.stringify = (r, e = {}) =>
      typeof r == 'string' ? Bm(Le.parse(r, e), e) : Bm(r, e)
    Le.compile = (r, e = {}) => (
      typeof r == 'string' && (r = Le.parse(r, e)), OE(r, e)
    )
    Le.expand = (r, e = {}) => {
      typeof r == 'string' && (r = Le.parse(r, e))
      let t = TE(r, e)
      return (
        e.noempty === !0 && (t = t.filter(Boolean)),
        e.nodupes === !0 && (t = [...new Set(t)]),
        t
      )
    }
    Le.create = (r, e = {}) =>
      r === '' || r.length < 3
        ? [r]
        : e.expand !== !0
        ? Le.compile(r, e)
        : Le.expand(r, e)
    Fm.exports = Le
  })
  var Di = x((o6, Wm) => {
    u()
    ;('use strict')
    var PE = (et(), Ur),
      at = '\\\\/',
      zm = `[^${at}]`,
      yt = '\\.',
      IE = '\\+',
      DE = '\\?',
      ys = '\\/',
      qE = '(?=.)',
      Um = '[^/]',
      hl = `(?:${ys}|$)`,
      Vm = `(?:^|${ys})`,
      ml = `${yt}{1,2}${hl}`,
      $E = `(?!${yt})`,
      LE = `(?!${Vm}${ml})`,
      ME = `(?!${yt}{0,1}${hl})`,
      NE = `(?!${ml})`,
      BE = `[^.${ys}]`,
      FE = `${Um}*?`,
      Hm = {
        DOT_LITERAL: yt,
        PLUS_LITERAL: IE,
        QMARK_LITERAL: DE,
        SLASH_LITERAL: ys,
        ONE_CHAR: qE,
        QMARK: Um,
        END_ANCHOR: hl,
        DOTS_SLASH: ml,
        NO_DOT: $E,
        NO_DOTS: LE,
        NO_DOT_SLASH: ME,
        NO_DOTS_SLASH: NE,
        QMARK_NO_DOT: BE,
        STAR: FE,
        START_ANCHOR: Vm,
      },
      jE = {
        ...Hm,
        SLASH_LITERAL: `[${at}]`,
        QMARK: zm,
        STAR: `${zm}*?`,
        DOTS_SLASH: `${yt}{1,2}(?:[${at}]|$)`,
        NO_DOT: `(?!${yt})`,
        NO_DOTS: `(?!(?:^|[${at}])${yt}{1,2}(?:[${at}]|$))`,
        NO_DOT_SLASH: `(?!${yt}{0,1}(?:[${at}]|$))`,
        NO_DOTS_SLASH: `(?!${yt}{1,2}(?:[${at}]|$))`,
        QMARK_NO_DOT: `[^.${at}]`,
        START_ANCHOR: `(?:^|[${at}])`,
        END_ANCHOR: `(?:[${at}]|$)`,
      },
      zE = {
        alnum: 'a-zA-Z0-9',
        alpha: 'a-zA-Z',
        ascii: '\\x00-\\x7F',
        blank: ' \\t',
        cntrl: '\\x00-\\x1F\\x7F',
        digit: '0-9',
        graph: '\\x21-\\x7E',
        lower: 'a-z',
        print: '\\x20-\\x7E ',
        punct: '\\-!"#$%&\'()\\*+,./:;<=>?@[\\]^_`{|}~',
        space: ' \\t\\r\\n\\v\\f',
        upper: 'A-Z',
        word: 'A-Za-z0-9_',
        xdigit: 'A-Fa-f0-9',
      }
    Wm.exports = {
      MAX_LENGTH: 1024 * 64,
      POSIX_REGEX_SOURCE: zE,
      REGEX_BACKSLASH: /\\(?![*+?^${}(|)[\]])/g,
      REGEX_NON_SPECIAL_CHARS: /^[^@![\].,$*+?^{}()|\\/]+/,
      REGEX_SPECIAL_CHARS: /[-*+?.^${}(|)[\]]/,
      REGEX_SPECIAL_CHARS_BACKREF: /(\\?)((\W)(\3*))/g,
      REGEX_SPECIAL_CHARS_GLOBAL: /([-*+?.^${}(|)[\]])/g,
      REGEX_REMOVE_BACKSLASH: /(?:\[.*?[^\\]\]|\\(?=.))/g,
      REPLACEMENTS: { '***': '*', '**/**': '**', '**/**/**': '**' },
      CHAR_0: 48,
      CHAR_9: 57,
      CHAR_UPPERCASE_A: 65,
      CHAR_LOWERCASE_A: 97,
      CHAR_UPPERCASE_Z: 90,
      CHAR_LOWERCASE_Z: 122,
      CHAR_LEFT_PARENTHESES: 40,
      CHAR_RIGHT_PARENTHESES: 41,
      CHAR_ASTERISK: 42,
      CHAR_AMPERSAND: 38,
      CHAR_AT: 64,
      CHAR_BACKWARD_SLASH: 92,
      CHAR_CARRIAGE_RETURN: 13,
      CHAR_CIRCUMFLEX_ACCENT: 94,
      CHAR_COLON: 58,
      CHAR_COMMA: 44,
      CHAR_DOT: 46,
      CHAR_DOUBLE_QUOTE: 34,
      CHAR_EQUAL: 61,
      CHAR_EXCLAMATION_MARK: 33,
      CHAR_FORM_FEED: 12,
      CHAR_FORWARD_SLASH: 47,
      CHAR_GRAVE_ACCENT: 96,
      CHAR_HASH: 35,
      CHAR_HYPHEN_MINUS: 45,
      CHAR_LEFT_ANGLE_BRACKET: 60,
      CHAR_LEFT_CURLY_BRACE: 123,
      CHAR_LEFT_SQUARE_BRACKET: 91,
      CHAR_LINE_FEED: 10,
      CHAR_NO_BREAK_SPACE: 160,
      CHAR_PERCENT: 37,
      CHAR_PLUS: 43,
      CHAR_QUESTION_MARK: 63,
      CHAR_RIGHT_ANGLE_BRACKET: 62,
      CHAR_RIGHT_CURLY_BRACE: 125,
      CHAR_RIGHT_SQUARE_BRACKET: 93,
      CHAR_SEMICOLON: 59,
      CHAR_SINGLE_QUOTE: 39,
      CHAR_SPACE: 32,
      CHAR_TAB: 9,
      CHAR_UNDERSCORE: 95,
      CHAR_VERTICAL_LINE: 124,
      CHAR_ZERO_WIDTH_NOBREAK_SPACE: 65279,
      SEP: PE.sep,
      extglobChars(r) {
        return {
          '!': { type: 'negate', open: '(?:(?!(?:', close: `))${r.STAR})` },
          '?': { type: 'qmark', open: '(?:', close: ')?' },
          '+': { type: 'plus', open: '(?:', close: ')+' },
          '*': { type: 'star', open: '(?:', close: ')*' },
          '@': { type: 'at', open: '(?:', close: ')' },
        }
      },
      globChars(r) {
        return r === !0 ? jE : Hm
      },
    }
  })
  var qi = x((Re) => {
    u()
    ;('use strict')
    var UE = (et(), Ur),
      VE = m.platform === 'win32',
      {
        REGEX_BACKSLASH: HE,
        REGEX_REMOVE_BACKSLASH: WE,
        REGEX_SPECIAL_CHARS: GE,
        REGEX_SPECIAL_CHARS_GLOBAL: QE,
      } = Di()
    Re.isObject = (r) => r !== null && typeof r == 'object' && !Array.isArray(r)
    Re.hasRegexChars = (r) => GE.test(r)
    Re.isRegexChar = (r) => r.length === 1 && Re.hasRegexChars(r)
    Re.escapeRegex = (r) => r.replace(QE, '\\$1')
    Re.toPosixSlashes = (r) => r.replace(HE, '/')
    Re.removeBackslashes = (r) => r.replace(WE, (e) => (e === '\\' ? '' : e))
    Re.supportsLookbehinds = () => {
      let r = m.version.slice(1).split('.').map(Number)
      return (r.length === 3 && r[0] >= 9) || (r[0] === 8 && r[1] >= 10)
    }
    Re.isWindows = (r) =>
      r && typeof r.windows == 'boolean'
        ? r.windows
        : VE === !0 || UE.sep === '\\'
    Re.escapeLast = (r, e, t) => {
      let i = r.lastIndexOf(e, t)
      return i === -1
        ? r
        : r[i - 1] === '\\'
        ? Re.escapeLast(r, e, i - 1)
        : `${r.slice(0, i)}\\${r.slice(i)}`
    }
    Re.removePrefix = (r, e = {}) => {
      let t = r
      return t.startsWith('./') && ((t = t.slice(2)), (e.prefix = './')), t
    }
    Re.wrapOutput = (r, e = {}, t = {}) => {
      let i = t.contains ? '' : '^',
        n = t.contains ? '' : '$',
        s = `${i}(?:${r})${n}`
      return e.negated === !0 && (s = `(?:^(?!${s}).*$)`), s
    }
  })
  var eg = x((u6, Jm) => {
    u()
    ;('use strict')
    var Gm = qi(),
      {
        CHAR_ASTERISK: gl,
        CHAR_AT: YE,
        CHAR_BACKWARD_SLASH: $i,
        CHAR_COMMA: KE,
        CHAR_DOT: yl,
        CHAR_EXCLAMATION_MARK: bl,
        CHAR_FORWARD_SLASH: Qm,
        CHAR_LEFT_CURLY_BRACE: wl,
        CHAR_LEFT_PARENTHESES: vl,
        CHAR_LEFT_SQUARE_BRACKET: XE,
        CHAR_PLUS: ZE,
        CHAR_QUESTION_MARK: Ym,
        CHAR_RIGHT_CURLY_BRACE: JE,
        CHAR_RIGHT_PARENTHESES: Km,
        CHAR_RIGHT_SQUARE_BRACKET: e2,
      } = Di(),
      Xm = (r) => r === Qm || r === $i,
      Zm = (r) => {
        r.isPrefix !== !0 && (r.depth = r.isGlobstar ? 1 / 0 : 1)
      },
      t2 = (r, e) => {
        let t = e || {},
          i = r.length - 1,
          n = t.parts === !0 || t.scanToEnd === !0,
          s = [],
          a = [],
          o = [],
          l = r,
          c = -1,
          f = 0,
          d = 0,
          p = !1,
          h = !1,
          b = !1,
          v = !1,
          y = !1,
          w = !1,
          k = !1,
          S = !1,
          E = !1,
          T = !1,
          B = 0,
          N,
          R,
          F = { value: '', depth: 0, isGlob: !1 },
          Y = () => c >= i,
          _ = () => l.charCodeAt(c + 1),
          Q = () => ((N = R), l.charCodeAt(++c))
        for (; c < i; ) {
          R = Q()
          let he
          if (R === $i) {
            ;(k = F.backslashes = !0), (R = Q()), R === wl && (w = !0)
            continue
          }
          if (w === !0 || R === wl) {
            for (B++; Y() !== !0 && (R = Q()); ) {
              if (R === $i) {
                ;(k = F.backslashes = !0), Q()
                continue
              }
              if (R === wl) {
                B++
                continue
              }
              if (w !== !0 && R === yl && (R = Q()) === yl) {
                if (
                  ((p = F.isBrace = !0),
                  (b = F.isGlob = !0),
                  (T = !0),
                  n === !0)
                )
                  continue
                break
              }
              if (w !== !0 && R === KE) {
                if (
                  ((p = F.isBrace = !0),
                  (b = F.isGlob = !0),
                  (T = !0),
                  n === !0)
                )
                  continue
                break
              }
              if (R === JE && (B--, B === 0)) {
                ;(w = !1), (p = F.isBrace = !0), (T = !0)
                break
              }
            }
            if (n === !0) continue
            break
          }
          if (R === Qm) {
            if (
              (s.push(c),
              a.push(F),
              (F = { value: '', depth: 0, isGlob: !1 }),
              T === !0)
            )
              continue
            if (N === yl && c === f + 1) {
              f += 2
              continue
            }
            d = c + 1
            continue
          }
          if (
            t.noext !== !0 &&
            (R === ZE || R === YE || R === gl || R === Ym || R === bl) === !0 &&
            _() === vl
          ) {
            if (
              ((b = F.isGlob = !0),
              (v = F.isExtglob = !0),
              (T = !0),
              R === bl && c === f && (E = !0),
              n === !0)
            ) {
              for (; Y() !== !0 && (R = Q()); ) {
                if (R === $i) {
                  ;(k = F.backslashes = !0), (R = Q())
                  continue
                }
                if (R === Km) {
                  ;(b = F.isGlob = !0), (T = !0)
                  break
                }
              }
              continue
            }
            break
          }
          if (R === gl) {
            if (
              (N === gl && (y = F.isGlobstar = !0),
              (b = F.isGlob = !0),
              (T = !0),
              n === !0)
            )
              continue
            break
          }
          if (R === Ym) {
            if (((b = F.isGlob = !0), (T = !0), n === !0)) continue
            break
          }
          if (R === XE) {
            for (; Y() !== !0 && (he = Q()); ) {
              if (he === $i) {
                ;(k = F.backslashes = !0), Q()
                continue
              }
              if (he === e2) {
                ;(h = F.isBracket = !0), (b = F.isGlob = !0), (T = !0)
                break
              }
            }
            if (n === !0) continue
            break
          }
          if (t.nonegate !== !0 && R === bl && c === f) {
            ;(S = F.negated = !0), f++
            continue
          }
          if (t.noparen !== !0 && R === vl) {
            if (((b = F.isGlob = !0), n === !0)) {
              for (; Y() !== !0 && (R = Q()); ) {
                if (R === vl) {
                  ;(k = F.backslashes = !0), (R = Q())
                  continue
                }
                if (R === Km) {
                  T = !0
                  break
                }
              }
              continue
            }
            break
          }
          if (b === !0) {
            if (((T = !0), n === !0)) continue
            break
          }
        }
        t.noext === !0 && ((v = !1), (b = !1))
        let U = l,
          le = '',
          A = ''
        f > 0 && ((le = l.slice(0, f)), (l = l.slice(f)), (d -= f)),
          U && b === !0 && d > 0
            ? ((U = l.slice(0, d)), (A = l.slice(d)))
            : b === !0
            ? ((U = ''), (A = l))
            : (U = l),
          U &&
            U !== '' &&
            U !== '/' &&
            U !== l &&
            Xm(U.charCodeAt(U.length - 1)) &&
            (U = U.slice(0, -1)),
          t.unescape === !0 &&
            (A && (A = Gm.removeBackslashes(A)),
            U && k === !0 && (U = Gm.removeBackslashes(U)))
        let C = {
          prefix: le,
          input: r,
          start: f,
          base: U,
          glob: A,
          isBrace: p,
          isBracket: h,
          isGlob: b,
          isExtglob: v,
          isGlobstar: y,
          negated: S,
          negatedExtglob: E,
        }
        if (
          (t.tokens === !0 &&
            ((C.maxDepth = 0), Xm(R) || a.push(F), (C.tokens = a)),
          t.parts === !0 || t.tokens === !0)
        ) {
          let he
          for (let V = 0; V < s.length; V++) {
            let Ee = he ? he + 1 : f,
              Ie = s[V],
              De = r.slice(Ee, Ie)
            t.tokens &&
              (V === 0 && f !== 0
                ? ((a[V].isPrefix = !0), (a[V].value = le))
                : (a[V].value = De),
              Zm(a[V]),
              (C.maxDepth += a[V].depth)),
              (V !== 0 || De !== '') && o.push(De),
              (he = Ie)
          }
          if (he && he + 1 < r.length) {
            let V = r.slice(he + 1)
            o.push(V),
              t.tokens &&
                ((a[a.length - 1].value = V),
                Zm(a[a.length - 1]),
                (C.maxDepth += a[a.length - 1].depth))
          }
          ;(C.slashes = s), (C.parts = o)
        }
        return C
      }
    Jm.exports = t2
  })
  var ig = x((f6, rg) => {
    u()
    ;('use strict')
    var bs = Di(),
      Me = qi(),
      {
        MAX_LENGTH: ws,
        POSIX_REGEX_SOURCE: r2,
        REGEX_NON_SPECIAL_CHARS: i2,
        REGEX_SPECIAL_CHARS_BACKREF: n2,
        REPLACEMENTS: tg,
      } = bs,
      s2 = (r, e) => {
        if (typeof e.expandRange == 'function') return e.expandRange(...r, e)
        r.sort()
        let t = `[${r.join('-')}]`
        try {
          new RegExp(t)
        } catch (i) {
          return r.map((n) => Me.escapeRegex(n)).join('..')
        }
        return t
      },
      gr = (r, e) =>
        `Missing ${r}: "${e}" - use "\\\\${e}" to match literal characters`,
      xl = (r, e) => {
        if (typeof r != 'string') throw new TypeError('Expected a string')
        r = tg[r] || r
        let t = { ...e },
          i = typeof t.maxLength == 'number' ? Math.min(ws, t.maxLength) : ws,
          n = r.length
        if (n > i)
          throw new SyntaxError(
            `Input length: ${n}, exceeds maximum allowed length: ${i}`
          )
        let s = { type: 'bos', value: '', output: t.prepend || '' },
          a = [s],
          o = t.capture ? '' : '?:',
          l = Me.isWindows(e),
          c = bs.globChars(l),
          f = bs.extglobChars(c),
          {
            DOT_LITERAL: d,
            PLUS_LITERAL: p,
            SLASH_LITERAL: h,
            ONE_CHAR: b,
            DOTS_SLASH: v,
            NO_DOT: y,
            NO_DOT_SLASH: w,
            NO_DOTS_SLASH: k,
            QMARK: S,
            QMARK_NO_DOT: E,
            STAR: T,
            START_ANCHOR: B,
          } = c,
          N = ($) => `(${o}(?:(?!${B}${$.dot ? v : d}).)*?)`,
          R = t.dot ? '' : y,
          F = t.dot ? S : E,
          Y = t.bash === !0 ? N(t) : T
        t.capture && (Y = `(${Y})`),
          typeof t.noext == 'boolean' && (t.noextglob = t.noext)
        let _ = {
          input: r,
          index: -1,
          start: 0,
          dot: t.dot === !0,
          consumed: '',
          output: '',
          prefix: '',
          backtrack: !1,
          negated: !1,
          brackets: 0,
          braces: 0,
          parens: 0,
          quotes: 0,
          globstar: !1,
          tokens: a,
        }
        ;(r = Me.removePrefix(r, _)), (n = r.length)
        let Q = [],
          U = [],
          le = [],
          A = s,
          C,
          he = () => _.index === n - 1,
          V = (_.peek = ($ = 1) => r[_.index + $]),
          Ee = (_.advance = () => r[++_.index] || ''),
          Ie = () => r.slice(_.index + 1),
          De = ($ = '', ae = 0) => {
            ;(_.consumed += $), (_.index += ae)
          },
          ji = ($) => {
            ;(_.output += $.output != null ? $.output : $.value), De($.value)
          },
          Iv = () => {
            let $ = 1
            for (; V() === '!' && (V(2) !== '(' || V(3) === '?'); )
              Ee(), _.start++, $++
            return $ % 2 == 0 ? !1 : ((_.negated = !0), _.start++, !0)
          },
          zi = ($) => {
            _[$]++, le.push($)
          },
          Ft = ($) => {
            _[$]--, le.pop()
          },
          W = ($) => {
            if (A.type === 'globstar') {
              let ae =
                  _.braces > 0 && ($.type === 'comma' || $.type === 'brace'),
                I =
                  $.extglob === !0 ||
                  (Q.length && ($.type === 'pipe' || $.type === 'paren'))
              $.type !== 'slash' &&
                $.type !== 'paren' &&
                !ae &&
                !I &&
                ((_.output = _.output.slice(0, -A.output.length)),
                (A.type = 'star'),
                (A.value = '*'),
                (A.output = Y),
                (_.output += A.output))
            }
            if (
              (Q.length &&
                $.type !== 'paren' &&
                (Q[Q.length - 1].inner += $.value),
              ($.value || $.output) && ji($),
              A && A.type === 'text' && $.type === 'text')
            ) {
              ;(A.value += $.value), (A.output = (A.output || '') + $.value)
              return
            }
            ;($.prev = A), a.push($), (A = $)
          },
          Ui = ($, ae) => {
            let I = { ...f[ae], conditions: 1, inner: '' }
            ;(I.prev = A), (I.parens = _.parens), (I.output = _.output)
            let H = (t.capture ? '(' : '') + I.open
            zi('parens'),
              W({ type: $, value: ae, output: _.output ? '' : b }),
              W({ type: 'paren', extglob: !0, value: Ee(), output: H }),
              Q.push(I)
          },
          Dv = ($) => {
            let ae = $.close + (t.capture ? ')' : ''),
              I
            if ($.type === 'negate') {
              let H = Y
              if (
                ($.inner &&
                  $.inner.length > 1 &&
                  $.inner.includes('/') &&
                  (H = N(t)),
                (H !== Y || he() || /^\)+$/.test(Ie())) &&
                  (ae = $.close = `)$))${H}`),
                $.inner.includes('*') && (I = Ie()) && /^\.[^\\/.]+$/.test(I))
              ) {
                let ce = xl(I, { ...e, fastpaths: !1 }).output
                ae = $.close = `)${ce})${H})`
              }
              $.prev.type === 'bos' && (_.negatedExtglob = !0)
            }
            W({ type: 'paren', extglob: !0, value: C, output: ae }),
              Ft('parens')
          }
        if (t.fastpaths !== !1 && !/(^[*!]|[/()[\]{}"])/.test(r)) {
          let $ = !1,
            ae = r.replace(n2, (I, H, ce, Ce, ye, Bs) =>
              Ce === '\\'
                ? (($ = !0), I)
                : Ce === '?'
                ? H
                  ? H + Ce + (ye ? S.repeat(ye.length) : '')
                  : Bs === 0
                  ? F + (ye ? S.repeat(ye.length) : '')
                  : S.repeat(ce.length)
                : Ce === '.'
                ? d.repeat(ce.length)
                : Ce === '*'
                ? H
                  ? H + Ce + (ye ? Y : '')
                  : Y
                : H
                ? I
                : `\\${I}`
            )
          return (
            $ === !0 &&
              (t.unescape === !0
                ? (ae = ae.replace(/\\/g, ''))
                : (ae = ae.replace(/\\+/g, (I) =>
                    I.length % 2 == 0 ? '\\\\' : I ? '\\' : ''
                  ))),
            ae === r && t.contains === !0
              ? ((_.output = r), _)
              : ((_.output = Me.wrapOutput(ae, _, e)), _)
          )
        }
        for (; !he(); ) {
          if (((C = Ee()), C === '\0')) continue
          if (C === '\\') {
            let I = V()
            if ((I === '/' && t.bash !== !0) || I === '.' || I === ';') continue
            if (!I) {
              ;(C += '\\'), W({ type: 'text', value: C })
              continue
            }
            let H = /^\\+/.exec(Ie()),
              ce = 0
            if (
              (H &&
                H[0].length > 2 &&
                ((ce = H[0].length),
                (_.index += ce),
                ce % 2 != 0 && (C += '\\')),
              t.unescape === !0 ? (C = Ee()) : (C += Ee()),
              _.brackets === 0)
            ) {
              W({ type: 'text', value: C })
              continue
            }
          }
          if (
            _.brackets > 0 &&
            (C !== ']' || A.value === '[' || A.value === '[^')
          ) {
            if (t.posix !== !1 && C === ':') {
              let I = A.value.slice(1)
              if (I.includes('[') && ((A.posix = !0), I.includes(':'))) {
                let H = A.value.lastIndexOf('['),
                  ce = A.value.slice(0, H),
                  Ce = A.value.slice(H + 2),
                  ye = r2[Ce]
                if (ye) {
                  ;(A.value = ce + ye),
                    (_.backtrack = !0),
                    Ee(),
                    !s.output && a.indexOf(A) === 1 && (s.output = b)
                  continue
                }
              }
            }
            ;((C === '[' && V() !== ':') || (C === '-' && V() === ']')) &&
              (C = `\\${C}`),
              C === ']' &&
                (A.value === '[' || A.value === '[^') &&
                (C = `\\${C}`),
              t.posix === !0 && C === '!' && A.value === '[' && (C = '^'),
              (A.value += C),
              ji({ value: C })
            continue
          }
          if (_.quotes === 1 && C !== '"') {
            ;(C = Me.escapeRegex(C)), (A.value += C), ji({ value: C })
            continue
          }
          if (C === '"') {
            ;(_.quotes = _.quotes === 1 ? 0 : 1),
              t.keepQuotes === !0 && W({ type: 'text', value: C })
            continue
          }
          if (C === '(') {
            zi('parens'), W({ type: 'paren', value: C })
            continue
          }
          if (C === ')') {
            if (_.parens === 0 && t.strictBrackets === !0)
              throw new SyntaxError(gr('opening', '('))
            let I = Q[Q.length - 1]
            if (I && _.parens === I.parens + 1) {
              Dv(Q.pop())
              continue
            }
            W({ type: 'paren', value: C, output: _.parens ? ')' : '\\)' }),
              Ft('parens')
            continue
          }
          if (C === '[') {
            if (t.nobracket === !0 || !Ie().includes(']')) {
              if (t.nobracket !== !0 && t.strictBrackets === !0)
                throw new SyntaxError(gr('closing', ']'))
              C = `\\${C}`
            } else zi('brackets')
            W({ type: 'bracket', value: C })
            continue
          }
          if (C === ']') {
            if (
              t.nobracket === !0 ||
              (A && A.type === 'bracket' && A.value.length === 1)
            ) {
              W({ type: 'text', value: C, output: `\\${C}` })
              continue
            }
            if (_.brackets === 0) {
              if (t.strictBrackets === !0)
                throw new SyntaxError(gr('opening', '['))
              W({ type: 'text', value: C, output: `\\${C}` })
              continue
            }
            Ft('brackets')
            let I = A.value.slice(1)
            if (
              (A.posix !== !0 &&
                I[0] === '^' &&
                !I.includes('/') &&
                (C = `/${C}`),
              (A.value += C),
              ji({ value: C }),
              t.literalBrackets === !1 || Me.hasRegexChars(I))
            )
              continue
            let H = Me.escapeRegex(A.value)
            if (
              ((_.output = _.output.slice(0, -A.value.length)),
              t.literalBrackets === !0)
            ) {
              ;(_.output += H), (A.value = H)
              continue
            }
            ;(A.value = `(${o}${H}|${A.value})`), (_.output += A.value)
            continue
          }
          if (C === '{' && t.nobrace !== !0) {
            zi('braces')
            let I = {
              type: 'brace',
              value: C,
              output: '(',
              outputIndex: _.output.length,
              tokensIndex: _.tokens.length,
            }
            U.push(I), W(I)
            continue
          }
          if (C === '}') {
            let I = U[U.length - 1]
            if (t.nobrace === !0 || !I) {
              W({ type: 'text', value: C, output: C })
              continue
            }
            let H = ')'
            if (I.dots === !0) {
              let ce = a.slice(),
                Ce = []
              for (
                let ye = ce.length - 1;
                ye >= 0 && (a.pop(), ce[ye].type !== 'brace');
                ye--
              )
                ce[ye].type !== 'dots' && Ce.unshift(ce[ye].value)
              ;(H = s2(Ce, t)), (_.backtrack = !0)
            }
            if (I.comma !== !0 && I.dots !== !0) {
              let ce = _.output.slice(0, I.outputIndex),
                Ce = _.tokens.slice(I.tokensIndex)
              ;(I.value = I.output = '\\{'), (C = H = '\\}'), (_.output = ce)
              for (let ye of Ce) _.output += ye.output || ye.value
            }
            W({ type: 'brace', value: C, output: H }), Ft('braces'), U.pop()
            continue
          }
          if (C === '|') {
            Q.length > 0 && Q[Q.length - 1].conditions++,
              W({ type: 'text', value: C })
            continue
          }
          if (C === ',') {
            let I = C,
              H = U[U.length - 1]
            H && le[le.length - 1] === 'braces' && ((H.comma = !0), (I = '|')),
              W({ type: 'comma', value: C, output: I })
            continue
          }
          if (C === '/') {
            if (A.type === 'dot' && _.index === _.start + 1) {
              ;(_.start = _.index + 1),
                (_.consumed = ''),
                (_.output = ''),
                a.pop(),
                (A = s)
              continue
            }
            W({ type: 'slash', value: C, output: h })
            continue
          }
          if (C === '.') {
            if (_.braces > 0 && A.type === 'dot') {
              A.value === '.' && (A.output = d)
              let I = U[U.length - 1]
              ;(A.type = 'dots'), (A.output += C), (A.value += C), (I.dots = !0)
              continue
            }
            if (
              _.braces + _.parens === 0 &&
              A.type !== 'bos' &&
              A.type !== 'slash'
            ) {
              W({ type: 'text', value: C, output: d })
              continue
            }
            W({ type: 'dot', value: C, output: d })
            continue
          }
          if (C === '?') {
            if (
              !(A && A.value === '(') &&
              t.noextglob !== !0 &&
              V() === '(' &&
              V(2) !== '?'
            ) {
              Ui('qmark', C)
              continue
            }
            if (A && A.type === 'paren') {
              let H = V(),
                ce = C
              if (H === '<' && !Me.supportsLookbehinds())
                throw new Error(
                  'Node.js v10 or higher is required for regex lookbehinds'
                )
              ;((A.value === '(' && !/[!=<:]/.test(H)) ||
                (H === '<' && !/<([!=]|\w+>)/.test(Ie()))) &&
                (ce = `\\${C}`),
                W({ type: 'text', value: C, output: ce })
              continue
            }
            if (t.dot !== !0 && (A.type === 'slash' || A.type === 'bos')) {
              W({ type: 'qmark', value: C, output: E })
              continue
            }
            W({ type: 'qmark', value: C, output: S })
            continue
          }
          if (C === '!') {
            if (
              t.noextglob !== !0 &&
              V() === '(' &&
              (V(2) !== '?' || !/[!=<:]/.test(V(3)))
            ) {
              Ui('negate', C)
              continue
            }
            if (t.nonegate !== !0 && _.index === 0) {
              Iv()
              continue
            }
          }
          if (C === '+') {
            if (t.noextglob !== !0 && V() === '(' && V(2) !== '?') {
              Ui('plus', C)
              continue
            }
            if ((A && A.value === '(') || t.regex === !1) {
              W({ type: 'plus', value: C, output: p })
              continue
            }
            if (
              (A &&
                (A.type === 'bracket' ||
                  A.type === 'paren' ||
                  A.type === 'brace')) ||
              _.parens > 0
            ) {
              W({ type: 'plus', value: C })
              continue
            }
            W({ type: 'plus', value: p })
            continue
          }
          if (C === '@') {
            if (t.noextglob !== !0 && V() === '(' && V(2) !== '?') {
              W({ type: 'at', extglob: !0, value: C, output: '' })
              continue
            }
            W({ type: 'text', value: C })
            continue
          }
          if (C !== '*') {
            ;(C === '$' || C === '^') && (C = `\\${C}`)
            let I = i2.exec(Ie())
            I && ((C += I[0]), (_.index += I[0].length)),
              W({ type: 'text', value: C })
            continue
          }
          if (A && (A.type === 'globstar' || A.star === !0)) {
            ;(A.type = 'star'),
              (A.star = !0),
              (A.value += C),
              (A.output = Y),
              (_.backtrack = !0),
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          SLASH_LITERAL: o,
          ONE_CHAR: l,
          DOTS_SLASH: c,
          NO_DOT: f,
          NO_DOTS: d,
          NO_DOTS_SLASH: p,
          STAR: h,
          START_ANCHOR: b,
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        y = t.dot ? p : f,
        w = t.capture ? '' : '?:',
        k = { negated: !1, prefix: '' },
        S = t.bash === !0 ? '.*?' : h
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            case '*/*':
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        B = Me.removePrefix(r, k),
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      )
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          .makeRe(String(r), { ...t, capture: !0 })
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    oe.makeRe = (...r) => ot.makeRe(...r)
    oe.scan = (...r) => ot.scan(...r)
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        let [s, a, o, l] = v2(r),
          c = new Set(l)
        if (e.size > 0) {
          c.add(n.opts.from)
          for (let b of n.messages) b.type === 'dependency' && c.add(b.file)
        }
        let [f, , d] = Vh(i, n, s, a, o, c),
          p = cs(f),
          h = w2(f, s)
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          let [b, v] = yg(f, h, p)
          for (let y of b) f.changedContent.push(y)
          for (let [y, w] of v.entries()) d.set(y, w)
        }
        for (let b of l) t({ type: 'dependency', file: b })
        for (let [b, v] of d.entries()) p.set(b, v)
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  }
  var Cg,
    _g,
    _l,
    Eg = P(() => {
      u()
      ft()
      Cg = pe(Fs())
      wf()
      sa()
      oc()
      Oi()
      Hh()
      Xh()
      vg()
      kg()
      Ag()
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    })
  function Ol(r) {
    let e = new Set(),
      t = new Set(),
      i = new Set()
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      (r.walkAtRules((n) => {
        n.name === 'apply' && i.add(n),
          n.name === 'import' &&
            (n.params === '"tailwindcss/base"' ||
            n.params === "'tailwindcss/base'"
              ? ((n.name = 'tailwind'), (n.params = 'base'))
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                n.params === "'tailwindcss/components'"
              ? ((n.name = 'tailwind'), (n.params = 'components'))
              : n.params === '"tailwindcss/utilities"' ||
                n.params === "'tailwindcss/utilities'"
              ? ((n.name = 'tailwind'), (n.params = 'utilities'))
              : (n.params === '"tailwindcss/screens"' ||
                  n.params === "'tailwindcss/screens'" ||
                  n.params === '"tailwindcss/variants"' ||
                  n.params === "'tailwindcss/variants'") &&
                ((n.name = 'tailwind'), (n.params = 'variants'))),
          n.name === 'tailwind' &&
            (n.params === 'screens' && (n.params = 'variants'),
            e.add(n.params)),
          ['layer', 'responsive', 'variants'].includes(n.name) &&
            (['responsive', 'variants'].includes(n.name) &&
              G.warn(`${n.name}-at-rule-deprecated`, [
                `The \`@${n.name}\` directive has been deprecated in Tailwind CSS v3.0.`,
                'Use `@layer utilities` or `@layer components` instead.',
                'https://tailwindcss.com/docs/upgrade-guide#replace-variants-with-layer',
              ]),
            t.add(n))
      }),
      !e.has('base') || !e.has('components') || !e.has('utilities'))
    ) {
      for (let n of t)
        if (
          n.name === 'layer' &&
          ['base', 'components', 'utilities'].includes(n.params)
        ) {
          if (!e.has(n.params))
            throw n.error(
              `\`@layer ${n.params}\` is used but no matching \`@tailwind ${n.params}\` directive is present.`
            )
        } else if (n.name === 'responsive') {
          if (!e.has('utilities'))
            throw n.error(
              '`@responsive` is used but `@tailwind utilities` is missing.'
            )
        } else if (n.name === 'variants' && !e.has('utilities'))
          throw n.error(
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          )
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    return { tailwindDirectives: e, applyDirectives: i }
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  var Og = P(() => {
    u()
    Be()
  })
  function Qt(r, e = void 0, t = void 0) {
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        t !== void 0 && (n.raws.tailwind = { ...n.raws.tailwind, ...t }),
        e !== void 0 &&
          Tg(n, (s) => {
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            s.source = e
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        n
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  function Tg(r, e) {
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  var Rg = P(() => {
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      (r = Array.isArray(r) ? r : [r]),
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      r.join('')
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  function Ne(r) {
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  function qt(r) {
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  function Rl(r) {
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  function Ig(r) {
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  var Pg,
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      u()
      ;(Pg = /[\\^$.*+?()[\]{}|]/g), (x2 = RegExp(Pg.source))
    })
  function qg(r) {
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      let i = []
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      for (let n of i.slice()) {
        let s = ve(n, '.')
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          let o = s[a]
          if (a >= s.length - 1) {
            i.push(o)
            continue
          }
          let l = Number(s[a + 1])
          isNaN(l) ? i.push(o) : a++
        }
      }
      return i
    }
  }
  function* k2(r) {
    let e = r.tailwindConfig.separator,
      t =
        r.tailwindConfig.prefix !== ''
          ? Rl(Ne([/-?/, Ig(r.tailwindConfig.prefix)]))
          : '',
      i = qt([
        /\[[^\s:'"`]+:[^\s\[\]]+\]/,
        /\[[^\s:'"`\]]+:[^\s]+?\[[^\s]+\][^\s]+?\]/,
        Ne([
          qt([/-?(?:\w+)/, /@(?:\w+)/]),
          Rl(
            qt([
              Ne([
                qt([
                  /-(?:\w+-)*\['[^\s]+'\]/,
                  /-(?:\w+-)*\["[^\s]+"\]/,
                  /-(?:\w+-)*\[`[^\s]+`\]/,
                  /-(?:\w+-)*\[(?:[^\s\[\]]+\[[^\s\[\]]+\])*[^\s:\[\]]+\]/,
                ]),
                /(?![{([]])/,
                /(?:\/[^\s'"`\\><$]*)?/,
              ]),
              Ne([
                qt([
                  /-(?:\w+-)*\['[^\s]+'\]/,
                  /-(?:\w+-)*\["[^\s]+"\]/,
                  /-(?:\w+-)*\[`[^\s]+`\]/,
                  /-(?:\w+-)*\[(?:[^\s\[\]]+\[[^\s\[\]]+\])*[^\s\[\]]+\]/,
                ]),
                /(?![{([]])/,
                /(?:\/[^\s'"`\\$]*)?/,
              ]),
              /[-\/][^\s'"`\\$={><]*/,
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          ),
        ]),
      ]),
      n = [
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          Ne([/([^\s"'`\[\\]+-)?\[[^\s"'`]+\]/, e]),
          Ne([/[^\s"'`\[\\]+/, e]),
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        qt([
          Ne([/([^\s"'`\[\\]+-)?\[[^\s`]+\]\/[\w_-]+/, e]),
          Ne([/([^\s"'`\[\\]+-)?\[[^\s`]+\]/, e]),
          Ne([/[^\s`\[\\]+/, e]),
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      ]
    for (let s of n) yield Ne(['((?=((', s, ')+))\\2)?', /!?/, t, i])
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    for (let n of i) {
      let s = n[0],
        a = t[t.length - 1]
      if (
        (s === a ? t.pop() : (s === "'" || s === '"' || s === '`') && t.push(s),
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      ) {
        if (s === '[') {
          e++
          continue
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          e--
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  var S2,
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      u()
      Dg()
      zt()
      ;(S2 = /([\[\]'"`])([^\[\]'"`])?/g), (A2 = /[^"'`\s<>\]]+/)
    })
  function _2(r, e) {
    let t = r.tailwindConfig.content.extract
    return t[e] || t.DEFAULT || Mg[e] || Mg.DEFAULT(r)
  }
  function E2(r, e) {
    let t = r.content.transform
    return t[e] || t.DEFAULT || Ng[e] || Ng.DEFAULT
  }
  function O2(r, e, t, i) {
    Li.has(e) || Li.set(e, new Lg.default({ maxSize: 25e3 }))
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          for (let s of Li.get(e).get(n)) t.add(s)
        else {
          let s = e(n).filter((o) => o !== '!*'),
            a = new Set(s)
          for (let o of a) t.add(o)
          Li.get(e).set(n, a)
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  }
  function T2(r, e) {
    let t = e.offsets.sort(r),
      i = {
        base: new Set(),
        defaults: new Set(),
        components: new Set(),
        utilities: new Set(),
        variants: new Set(),
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  function Pl(r) {
    return async (e) => {
      let t = { base: null, components: null, utilities: null, variants: null }
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        (e.walkAtRules((y) => {
          y.name === 'tailwind' &&
            Object.keys(t).includes(y.params) &&
            (t[y.params] = y)
        }),
        Object.values(t).every((y) => y === null))
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        return e
      let i = new Set([...(r.candidates ?? []), gt]),
        n = new Set()
      bt.DEBUG && console.time('Reading changed files')
      let s = []
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          k = _2(r, y.extension)
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      let a = 500
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          w.map(
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              { file: k, content: S },
              { transformer: E, extractor: T },
            ]) => {
              ;(S = k ? await be.promises.readFile(k, 'utf8') : S),
                O2(E(S), T, i, n)
            }
          )
        )
      }
      bt.DEBUG && console.timeEnd('Reading changed files')
      let o = r.classCache.size
      bt.DEBUG && console.time('Generate rules'),
        bt.DEBUG && console.time('Sorting candidates')
      let l = new Set([...i].sort((y, w) => (y === w ? 0 : y < w ? -1 : 1)))
      bt.DEBUG && console.timeEnd('Sorting candidates'),
        as(l, r),
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        bt.DEBUG && console.time('Build stylesheet'),
        (r.stylesheetCache === null || r.classCache.size !== o) &&
          (r.stylesheetCache = T2([...r.ruleCache], r)),
        bt.DEBUG && console.timeEnd('Build stylesheet')
      let {
        defaults: c,
        base: f,
        components: d,
        utilities: p,
        variants: h,
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      t.base &&
        (t.base.before(Qt([...c, ...f], t.base.source, { layer: 'base' })),
        t.base.remove()),
        t.components &&
          (t.components.before(
            Qt([...d], t.components.source, { layer: 'components' })
          ),
          t.components.remove()),
        t.utilities &&
          (t.utilities.before(
            Qt([...p], t.utilities.source, { layer: 'utilities' })
          ),
          t.utilities.remove())
      let b = Array.from(h).filter((y) => {
        let w = y.raws.tailwind?.parentLayer
        return w === 'components'
          ? t.components !== null
          : w === 'utilities'
          ? t.utilities !== null
          : !0
      })
      t.variants
        ? (t.variants.before(Qt(b, t.variants.source, { layer: 'variants' })),
          t.variants.remove())
        : b.length > 0 && e.append(Qt(b, e.source, { layer: 'variants' })),
        (e.source.end = e.source.end ?? e.source.start)
      let v = b.some((y) => y.raws.tailwind?.parentLayer === 'utilities')
      t.utilities &&
        p.size === 0 &&
        !v &&
        G.warn('content-problems', [
          'No utility classes were detected in your source files. If this is unexpected, double-check the `content` option in your Tailwind CSS configuration.',
          'https://tailwindcss.com/docs/content-configuration',
        ]),
        bt.DEBUG &&
          (console.log('Potential classes: ', i.size),
          console.log('Active contexts: ', es.size)),
        (r.changedContent = []),
        e.walkAtRules('layer', (y) => {
          Object.keys(t).includes(y.params) && y.remove()
        })
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  }
  var Lg,
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    Mg,
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      Lg = pe(Fs())
      It()
      os()
      Be()
      Rg()
      $g()
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        (Ng = {
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      Li = new WeakMap()
    })
  function xs(r) {
    let e = new Map()
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        a.walkClasses((o) => {
          let l = o.parent.toString(),
            c = e.get(l)
          c || e.set(l, (c = new Set())), c.add(o.value)
        })
      }).processSync(s.selector)
    })
    let i = Array.from(e.values(), (s) => Array.from(s)),
      n = i.flat()
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  function Il(r) {
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  }
  function Fg(r, e) {
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    for (let i of r) t.add(i.split(e).pop())
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  }
  function jg(r, e) {
    let t = r.tailwindConfig.prefix
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  }
  function* zg(r) {
    for (yield r; r.parent; ) yield r.parent, (r = r.parent)
  }
  function P2(r, e = {}) {
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  }
  function I2(r) {
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    return r
  }
  function D2(r, e) {
    let t = new Map()
    return (
      r.walkRules((i) => {
        for (let a of zg(i)) if (a.raws.tailwind?.layer !== void 0) return
        let n = I2(i),
          s = e.offsets.create('user')
        for (let a of xs(i)) {
          let o = t.get(a) || []
          t.set(a, o), o.push([{ layer: 'user', sort: s, important: !1 }, n])
        }
      }),
      t
    )
  }
  function q2(r, e) {
    for (let t of r) {
      if (e.notClassCache.has(t) || e.applyClassCache.has(t)) continue
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        e.applyClassCache.set(
          t,
          e.classCache.get(t).map(([n, s]) => [n, s.clone()])
        )
        continue
      }
      let i = Array.from(Yo(t, e))
      if (i.length === 0) {
        e.notClassCache.add(t)
        continue
      }
      e.applyClassCache.set(t, i)
    }
    return e.applyClassCache
  }
  function $2(r) {
    let e = null
    return {
      get: (t) => ((e = e || r()), e.get(t)),
      has: (t) => ((e = e || r()), e.has(t)),
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  }
  function L2(r) {
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      get: (e) => r.flatMap((t) => t.get(e) || []),
      has: (e) => r.some((t) => t.has(e)),
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  }
  function Ug(r) {
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  function Vg(r, e, t) {
    let i = new Set(),
      n = []
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      (r.walkAtRules('apply', (l) => {
        let [c] = Ug(l.params)
        for (let f of c) i.add(f)
        n.push(l)
      }),
      n.length === 0)
    )
      return
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    function a(l, c, f) {
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        b = Il(`.${Te(f)}`).nodes[0].nodes[0]
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          let y = new Set()
          p.each((w) => {
            let k = !1
            ;(w = w.clone()),
              w.walkClasses((S) => {
                S.value === b.value &&
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                    (k = !0)))
              })
          })
          for (let w of y) {
            let k = [[]]
            for (let S of w.nodes)
              S.type === 'combinator'
                ? (k.push(S), k.push([]))
                : k[k.length - 1].push(S)
            w.nodes = []
            for (let S of k)
              Array.isArray(S) &&
                S.sort((E, T) =>
                  E.type === 'tag' && T.type === 'class'
                    ? -1
                    : E.type === 'class' && T.type === 'tag'
                    ? 1
                    : E.type === 'class' &&
                      T.type === 'pseudo' &&
                      T.value.startsWith('::')
                    ? -1
                    : E.type === 'pseudo' &&
                      E.value.startsWith('::') &&
                      T.type === 'class'
                    ? 1
                    : 0
                ),
                (w.nodes = w.nodes.concat(S))
          }
          v.replaceWith(...y)
        }),
        d.toString()
      )
    }
    let o = new Map()
    for (let l of n) {
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      o.set(l.parent, [c, l.source])
      let [f, d] = Ug(l.params)
      if (l.parent.type === 'atrule') {
        if (l.parent.name === 'screen') {
          let p = l.parent.params
          throw l.error(
            `@apply is not supported within nested at-rules like @screen. We suggest you write this as @apply ${f
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          )
        }
        throw l.error(
          `@apply is not supported within nested at-rules like @${l.parent.name}. You can fix this by un-nesting @${l.parent.name}.`
        )
      }
      for (let p of f) {
        if ([jg(e, 'group'), jg(e, 'peer')].includes(p))
          throw l.error(`@apply should not be used with the '${p}' utility`)
        if (!s.has(p))
          throw l.error(
            `The \`${p}\` class does not exist. If \`${p}\` is a custom class, make sure it is defined within a \`@layer\` directive.`
          )
        let h = s.get(p)
        for (let [, b] of h)
          b.type !== 'atrule' &&
            b.walkRules(() => {
              throw l.error(
                [
                  `The \`${p}\` class cannot be used with \`@apply\` because \`@apply\` does not currently support nested CSS.`,
                  'Rewrite the selector without nesting or configure the `tailwindcss/nesting` plugin:',
                  'https://tailwindcss.com/docs/using-with-preprocessors#nesting',
                ].join(`
`)
              )
            })
        c.push([p, d, h])
      }
    }
    for (let [l, [c, f]] of o) {
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      for (let [h, b, v] of c) {
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        for (let [w, k] of v) {
          let S = xs(l),
            E = xs(k)
          if (
            ((E = E.groups.filter((R) => R.some((F) => y.includes(F))).flat()),
            (E = E.concat(Fg(E, e.tailwindConfig.separator))),
            S.some((R) => E.includes(R)))
          )
            throw k.error(
              `You cannot \`@apply\` the \`${h}\` utility here because it creates a circular dependency.`
            )
          let B = ee.root({ nodes: [k.clone()] })
          B.walk((R) => {
            R.source = f
          }),
            (k.type !== 'atrule' ||
              (k.type === 'atrule' && k.name !== 'keyframes')) &&
              B.walkRules((R) => {
                if (!xs(R).some((U) => U === h)) {
                  R.remove()
                  return
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                let F =
                    typeof e.tailwindConfig.important == 'string'
                      ? e.tailwindConfig.important
                      : null,
                  _ =
                    l.raws.tailwind !== void 0 &&
                    F &&
                    l.selector.indexOf(F) === 0
                      ? l.selector.slice(F.length)
                      : l.selector
                _ === '' && (_ = l.selector),
                  (R.selector = a(_, R.selector, h)),
                  F && _ !== l.selector && (R.selector = is(R.selector, F)),
                  R.walkDecls((U) => {
                    U.important = w.important || b
                  })
                let Q = (0, vs.default)().astSync(R.selector)
                Q.each((U) => pr(U)), (R.selector = Q.toString())
              }),
            !!B.nodes[0] && d.push([w.sort, B.nodes[0]])
        }
      }
      let p = e.offsets.sort(d).map((h) => h[1])
      l.after(p)
    }
    for (let l of n) l.parent.nodes.length > 1 ? l.remove() : l.parent.remove()
    Vg(r, e, t)
  }
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      let t = $2(() => D2(e, r))
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    }
  }
  var vs,
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      Ot()
      vs = pe(it())
      os()
      fr()
      Wo()
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          l
        a !== null && o !== null
          ? (l = Math.min(a, o))
          : a !== null
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          6: 'n',
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          4: 'n',
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            14: 'ms',
            15: 'ms',
            16: 'ms',
            17: 'ms',
            18: 'ms',
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        chrome: { prefix: 'webkit' },
        safari: { prefix: 'webkit' },
        opera: {
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            10.6: 'o',
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        op_mini: { prefix: 'o' },
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        op_mob: { prefix: 'o', prefix_exceptions: { 73: 'webkit' } },
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        and_ff: { prefix: 'moz' },
        ie_mob: { prefix: 'ms' },
        and_uc: { prefix: 'webkit', prefix_exceptions: { 15.5: 'webkit' } },
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        parse(e) {
          let t = {}
          for (let i in this.browserslistOpts) t[i] = this.browserslistOpts[i]
          return (t.path = this.options.from), aO(e, t)
        }
        prefix(e) {
          let [t, i] = e.split(' '),
            n = this.data[t],
            s = n.prefix_exceptions && n.prefix_exceptions[i]
          return s || (s = n.prefix), `-${s}-`
        }
        isSelected(e) {
          return this.selected.includes(e)
        }
      }
    Py.exports = Ry
  })
  var Ni = x((Jq, Iy) => {
    u()
    Iy.exports = {
      prefix(r) {
        let e = r.match(/^(-\w+-)/)
        return e ? e[0] : ''
      },
      unprefixed(r) {
        return r.replace(/^-\w+-/, '')
      },
    }
  })
  var wr = x((e$, qy) => {
    u()
    var lO = Mt(),
      Dy = Ni(),
      uO = _e()
    function Xl(r, e) {
      let t = new r.constructor()
      for (let i of Object.keys(r || {})) {
        let n = r[i]
        i === 'parent' && typeof n == 'object'
          ? e && (t[i] = e)
          : i === 'source' || i === null
          ? (t[i] = n)
          : Array.isArray(n)
          ? (t[i] = n.map((s) => Xl(s, t)))
          : i !== '_autoprefixerPrefix' &&
            i !== '_autoprefixerValues' &&
            i !== 'proxyCache' &&
            (typeof n == 'object' && n !== null && (n = Xl(n, t)), (t[i] = n))
      }
      return t
    }
    var Is = class {
      static hack(e) {
        return (
          this.hacks || (this.hacks = {}),
          e.names.map((t) => ((this.hacks[t] = e), this.hacks[t]))
        )
      }
      static load(e, t, i) {
        let n = this.hacks && this.hacks[e]
        return n ? new n(e, t, i) : new this(e, t, i)
      }
      static clone(e, t) {
        let i = Xl(e)
        for (let n in t) i[n] = t[n]
        return i
      }
      constructor(e, t, i) {
        ;(this.prefixes = t), (this.name = e), (this.all = i)
      }
      parentPrefix(e) {
        let t
        return (
          typeof e._autoprefixerPrefix != 'undefined'
            ? (t = e._autoprefixerPrefix)
            : e.type === 'decl' && e.prop[0] === '-'
            ? (t = Dy.prefix(e.prop))
            : e.type === 'root'
            ? (t = !1)
            : e.type === 'rule' &&
              e.selector.includes(':-') &&
              /:(-\w+-)/.test(e.selector)
            ? (t = e.selector.match(/:(-\w+-)/)[1])
            : e.type === 'atrule' && e.name[0] === '-'
            ? (t = Dy.prefix(e.name))
            : (t = this.parentPrefix(e.parent)),
          lO.prefixes().includes(t) || (t = !1),
          (e._autoprefixerPrefix = t),
          e._autoprefixerPrefix
        )
      }
      process(e, t) {
        if (!this.check(e)) return
        let i = this.parentPrefix(e),
          n = this.prefixes.filter((a) => !i || i === uO.removeNote(a)),
          s = []
        for (let a of n) this.add(e, a, s.concat([a]), t) && s.push(a)
        return s
      }
      clone(e, t) {
        return Is.clone(e, t)
      }
    }
    qy.exports = Is
  })
  var j = x((t$, My) => {
    u()
    var fO = wr(),
      cO = Mt(),
      $y = _e(),
      Ly = class extends fO {
        check() {
          return !0
        }
        prefixed(e, t) {
          return t + e
        }
        normalize(e) {
          return e
        }
        otherPrefixes(e, t) {
          for (let i of cO.prefixes()) if (i !== t && e.includes(i)) return !0
          return !1
        }
        set(e, t) {
          return (e.prop = this.prefixed(e.prop, t)), e
        }
        needCascade(e) {
          return (
            e._autoprefixerCascade ||
              (e._autoprefixerCascade =
                this.all.options.cascade !== !1 &&
                e.raw('before').includes(`
`)),
            e._autoprefixerCascade
          )
        }
        maxPrefixed(e, t) {
          if (t._autoprefixerMax) return t._autoprefixerMax
          let i = 0
          for (let n of e)
            (n = $y.removeNote(n)), n.length > i && (i = n.length)
          return (t._autoprefixerMax = i), t._autoprefixerMax
        }
        calcBefore(e, t, i = '') {
          let s = this.maxPrefixed(e, t) - $y.removeNote(i).length,
            a = t.raw('before')
          return s > 0 && (a += Array(s).fill(' ').join('')), a
        }
        restoreBefore(e) {
          let t = e.raw('before').split(`
`),
            i = t[t.length - 1]
          this.all.group(e).up((n) => {
            let s = n.raw('before').split(`
`),
              a = s[s.length - 1]
            a.length < i.length && (i = a)
          }),
            (t[t.length - 1] = i),
            (e.raws.before = t.join(`
`))
        }
        insert(e, t, i) {
          let n = this.set(this.clone(e), t)
          if (
            !(
              !n ||
              e.parent.some((a) => a.prop === n.prop && a.value === n.value)
            )
          )
            return (
              this.needCascade(e) && (n.raws.before = this.calcBefore(i, e, t)),
              e.parent.insertBefore(e, n)
            )
        }
        isAlready(e, t) {
          let i = this.all.group(e).up((n) => n.prop === t)
          return i || (i = this.all.group(e).down((n) => n.prop === t)), i
        }
        add(e, t, i, n) {
          let s = this.prefixed(e.prop, t)
          if (!(this.isAlready(e, s) || this.otherPrefixes(e.value, t)))
            return this.insert(e, t, i, n)
        }
        process(e, t) {
          if (!this.needCascade(e)) {
            super.process(e, t)
            return
          }
          let i = super.process(e, t)
          !i ||
            !i.length ||
            (this.restoreBefore(e), (e.raws.before = this.calcBefore(i, e)))
        }
        old(e, t) {
          return [this.prefixed(e, t)]
        }
      }
    My.exports = Ly
  })
  var By = x((r$, Ny) => {
    u()
    Ny.exports = function r(e) {
      return {
        mul: (t) => new r(e * t),
        div: (t) => new r(e / t),
        simplify: () => new r(e),
        toString: () => e.toString(),
      }
    }
  })
  var zy = x((i$, jy) => {
    u()
    var pO = By(),
      dO = wr(),
      Zl = _e(),
      hO = /(min|max)-resolution\s*:\s*\d*\.?\d+(dppx|dpcm|dpi|x)/gi,
      mO = /(min|max)-resolution(\s*:\s*)(\d*\.?\d+)(dppx|dpcm|dpi|x)/i,
      Fy = class extends dO {
        prefixName(e, t) {
          return e === '-moz-'
            ? t + '--moz-device-pixel-ratio'
            : e + t + '-device-pixel-ratio'
        }
        prefixQuery(e, t, i, n, s) {
          return (
            (n = new pO(n)),
            s === 'dpi'
              ? (n = n.div(96))
              : s === 'dpcm' && (n = n.mul(2.54).div(96)),
            (n = n.simplify()),
            e === '-o-' && (n = n.n + '/' + n.d),
            this.prefixName(e, t) + i + n
          )
        }
        clean(e) {
          if (!this.bad) {
            this.bad = []
            for (let t of this.prefixes)
              this.bad.push(this.prefixName(t, 'min')),
                this.bad.push(this.prefixName(t, 'max'))
          }
          e.params = Zl.editList(e.params, (t) =>
            t.filter((i) => this.bad.every((n) => !i.includes(n)))
          )
        }
        process(e) {
          let t = this.parentPrefix(e),
            i = t ? [t] : this.prefixes
          e.params = Zl.editList(e.params, (n, s) => {
            for (let a of n) {
              if (
                !a.includes('min-resolution') &&
                !a.includes('max-resolution')
              ) {
                s.push(a)
                continue
              }
              for (let o of i) {
                let l = a.replace(hO, (c) => {
                  let f = c.match(mO)
                  return this.prefixQuery(o, f[1], f[2], f[3], f[4])
                })
                s.push(l)
              }
              s.push(a)
            }
            return Zl.uniq(s)
          })
        }
      }
    jy.exports = Fy
  })
  var Vy = x((n$, Uy) => {
    u()
    var Jl = '('.charCodeAt(0),
      eu = ')'.charCodeAt(0),
      Ds = "'".charCodeAt(0),
      tu = '"'.charCodeAt(0),
      ru = '\\'.charCodeAt(0),
      vr = '/'.charCodeAt(0),
      iu = ','.charCodeAt(0),
      nu = ':'.charCodeAt(0),
      qs = '*'.charCodeAt(0),
      gO = 'u'.charCodeAt(0),
      yO = 'U'.charCodeAt(0),
      bO = '+'.charCodeAt(0),
      wO = /^[a-f0-9?-]+$/i
    Uy.exports = function (r) {
      for (
        var e = [],
          t = r,
          i,
          n,
          s,
          a,
          o,
          l,
          c,
          f,
          d = 0,
          p = t.charCodeAt(d),
          h = t.length,
          b = [{ nodes: e }],
          v = 0,
          y,
          w = '',
          k = '',
          S = '';
        d < h;

      )
        if (p <= 32) {
          i = d
          do (i += 1), (p = t.charCodeAt(i))
          while (p <= 32)
          ;(a = t.slice(d, i)),
            (s = e[e.length - 1]),
            p === eu && v
              ? (S = a)
              : s && s.type === 'div'
              ? ((s.after = a), (s.sourceEndIndex += a.length))
              : p === iu ||
                p === nu ||
                (p === vr &&
                  t.charCodeAt(i + 1) !== qs &&
                  (!y || (y && y.type === 'function' && y.value !== 'calc')))
              ? (k = a)
              : e.push({
                  type: 'space',
                  sourceIndex: d,
                  sourceEndIndex: i,
                  value: a,
                }),
            (d = i)
        } else if (p === Ds || p === tu) {
          ;(i = d),
            (n = p === Ds ? "'" : '"'),
            (a = { type: 'string', sourceIndex: d, quote: n })
          do
            if (((o = !1), (i = t.indexOf(n, i + 1)), ~i))
              for (l = i; t.charCodeAt(l - 1) === ru; ) (l -= 1), (o = !o)
            else (t += n), (i = t.length - 1), (a.unclosed = !0)
          while (o)
          ;(a.value = t.slice(d + 1, i)),
            (a.sourceEndIndex = a.unclosed ? i : i + 1),
            e.push(a),
            (d = i + 1),
            (p = t.charCodeAt(d))
        } else if (p === vr && t.charCodeAt(d + 1) === qs)
          (i = t.indexOf('*/', d)),
            (a = { type: 'comment', sourceIndex: d, sourceEndIndex: i + 2 }),
            i === -1 &&
              ((a.unclosed = !0), (i = t.length), (a.sourceEndIndex = i)),
            (a.value = t.slice(d + 2, i)),
            e.push(a),
            (d = i + 2),
            (p = t.charCodeAt(d))
        else if (
          (p === vr || p === qs) &&
          y &&
          y.type === 'function' &&
          y.value === 'calc'
        )
          (a = t[d]),
            e.push({
              type: 'word',
              sourceIndex: d - k.length,
              sourceEndIndex: d + a.length,
              value: a,
            }),
            (d += 1),
            (p = t.charCodeAt(d))
        else if (p === vr || p === iu || p === nu)
          (a = t[d]),
            e.push({
              type: 'div',
              sourceIndex: d - k.length,
              sourceEndIndex: d + a.length,
              value: a,
              before: k,
              after: '',
            }),
            (k = ''),
            (d += 1),
            (p = t.charCodeAt(d))
        else if (Jl === p) {
          i = d
          do (i += 1), (p = t.charCodeAt(i))
          while (p <= 32)
          if (
            ((f = d),
            (a = {
              type: 'function',
              sourceIndex: d - w.length,
              value: w,
              before: t.slice(f + 1, i),
            }),
            (d = i),
            w === 'url' && p !== Ds && p !== tu)
          ) {
            i -= 1
            do
              if (((o = !1), (i = t.indexOf(')', i + 1)), ~i))
                for (l = i; t.charCodeAt(l - 1) === ru; ) (l -= 1), (o = !o)
              else (t += ')'), (i = t.length - 1), (a.unclosed = !0)
            while (o)
            c = i
            do (c -= 1), (p = t.charCodeAt(c))
            while (p <= 32)
            f < c
              ? (d !== c + 1
                  ? (a.nodes = [
                      {
                        type: 'word',
                        sourceIndex: d,
                        sourceEndIndex: c + 1,
                        value: t.slice(d, c + 1),
                      },
                    ])
                  : (a.nodes = []),
                a.unclosed && c + 1 !== i
                  ? ((a.after = ''),
                    a.nodes.push({
                      type: 'space',
                      sourceIndex: c + 1,
                      sourceEndIndex: i,
                      value: t.slice(c + 1, i),
                    }))
                  : ((a.after = t.slice(c + 1, i)), (a.sourceEndIndex = i)))
              : ((a.after = ''), (a.nodes = [])),
              (d = i + 1),
              (a.sourceEndIndex = a.unclosed ? i : d),
              (p = t.charCodeAt(d)),
              e.push(a)
          } else
            (v += 1),
              (a.after = ''),
              (a.sourceEndIndex = d + 1),
              e.push(a),
              b.push(a),
              (e = a.nodes = []),
              (y = a)
          w = ''
        } else if (eu === p && v)
          (d += 1),
            (p = t.charCodeAt(d)),
            (y.after = S),
            (y.sourceEndIndex += S.length),
            (S = ''),
            (v -= 1),
            (b[b.length - 1].sourceEndIndex = d),
            b.pop(),
            (y = b[v]),
            (e = y.nodes)
        else {
          i = d
          do p === ru && (i += 1), (i += 1), (p = t.charCodeAt(i))
          while (
            i < h &&
            !(
              p <= 32 ||
              p === Ds ||
              p === tu ||
              p === iu ||
              p === nu ||
              p === vr ||
              p === Jl ||
              (p === qs && y && y.type === 'function' && y.value === 'calc') ||
              (p === vr && y.type === 'function' && y.value === 'calc') ||
              (p === eu && v)
            )
          )
          ;(a = t.slice(d, i)),
            Jl === p
              ? (w = a)
              : (gO === a.charCodeAt(0) || yO === a.charCodeAt(0)) &&
                bO === a.charCodeAt(1) &&
                wO.test(a.slice(2))
              ? e.push({
                  type: 'unicode-range',
                  sourceIndex: d,
                  sourceEndIndex: i,
                  value: a,
                })
              : e.push({
                  type: 'word',
                  sourceIndex: d,
                  sourceEndIndex: i,
                  value: a,
                }),
            (d = i)
        }
      for (d = b.length - 1; d; d -= 1)
        (b[d].unclosed = !0), (b[d].sourceEndIndex = t.length)
      return b[0].nodes
    }
  })
  var Wy = x((s$, Hy) => {
    u()
    Hy.exports = function r(e, t, i) {
      var n, s, a, o
      for (n = 0, s = e.length; n < s; n += 1)
        (a = e[n]),
          i || (o = t(a, n, e)),
          o !== !1 &&
            a.type === 'function' &&
            Array.isArray(a.nodes) &&
            r(a.nodes, t, i),
          i && t(a, n, e)
    }
  })
  var Ky = x((a$, Yy) => {
    u()
    function Gy(r, e) {
      var t = r.type,
        i = r.value,
        n,
        s
      return e && (s = e(r)) !== void 0
        ? s
        : t === 'word' || t === 'space'
        ? i
        : t === 'string'
        ? ((n = r.quote || ''), n + i + (r.unclosed ? '' : n))
        : t === 'comment'
        ? '/*' + i + (r.unclosed ? '' : '*/')
        : t === 'div'
        ? (r.before || '') + i + (r.after || '')
        : Array.isArray(r.nodes)
        ? ((n = Qy(r.nodes, e)),
          t !== 'function'
            ? n
            : i +
              '(' +
              (r.before || '') +
              n +
              (r.after || '') +
              (r.unclosed ? '' : ')'))
        : i
    }
    function Qy(r, e) {
      var t, i
      if (Array.isArray(r)) {
        for (t = '', i = r.length - 1; ~i; i -= 1) t = Gy(r[i], e) + t
        return t
      }
      return Gy(r, e)
    }
    Yy.exports = Qy
  })
  var Zy = x((o$, Xy) => {
    u()
    var $s = '-'.charCodeAt(0),
      Ls = '+'.charCodeAt(0),
      su = '.'.charCodeAt(0),
      vO = 'e'.charCodeAt(0),
      xO = 'E'.charCodeAt(0)
    function kO(r) {
      var e = r.charCodeAt(0),
        t
      if (e === Ls || e === $s) {
        if (((t = r.charCodeAt(1)), t >= 48 && t <= 57)) return !0
        var i = r.charCodeAt(2)
        return t === su && i >= 48 && i <= 57
      }
      return e === su
        ? ((t = r.charCodeAt(1)), t >= 48 && t <= 57)
        : e >= 48 && e <= 57
    }
    Xy.exports = function (r) {
      var e = 0,
        t = r.length,
        i,
        n,
        s
      if (t === 0 || !kO(r)) return !1
      for (
        i = r.charCodeAt(e), (i === Ls || i === $s) && e++;
        e < t && ((i = r.charCodeAt(e)), !(i < 48 || i > 57));

      )
        e += 1
      if (
        ((i = r.charCodeAt(e)),
        (n = r.charCodeAt(e + 1)),
        i === su && n >= 48 && n <= 57)
      )
        for (e += 2; e < t && ((i = r.charCodeAt(e)), !(i < 48 || i > 57)); )
          e += 1
      if (
        ((i = r.charCodeAt(e)),
        (n = r.charCodeAt(e + 1)),
        (s = r.charCodeAt(e + 2)),
        (i === vO || i === xO) &&
          ((n >= 48 && n <= 57) ||
            ((n === Ls || n === $s) && s >= 48 && s <= 57)))
      )
        for (
          e += n === Ls || n === $s ? 3 : 2;
          e < t && ((i = r.charCodeAt(e)), !(i < 48 || i > 57));

        )
          e += 1
      return { number: r.slice(0, e), unit: r.slice(e) }
    }
  })
  var Ms = x((l$, tb) => {
    u()
    var SO = Vy(),
      Jy = Wy(),
      eb = Ky()
    function Nt(r) {
      return this instanceof Nt ? ((this.nodes = SO(r)), this) : new Nt(r)
    }
    Nt.prototype.toString = function () {
      return Array.isArray(this.nodes) ? eb(this.nodes) : ''
    }
    Nt.prototype.walk = function (r, e) {
      return Jy(this.nodes, r, e), this
    }
    Nt.unit = Zy()
    Nt.walk = Jy
    Nt.stringify = eb
    tb.exports = Nt
  })
  var ab = x((u$, sb) => {
    u()
    var { list: AO } = $e(),
      rb = Ms(),
      CO = Mt(),
      ib = Ni(),
      nb = class {
        constructor(e) {
          ;(this.props = ['transition', 'transition-property']),
            (this.prefixes = e)
        }
        add(e, t) {
          let i,
            n,
            s = this.prefixes.add[e.prop],
            a = this.ruleVendorPrefixes(e),
            o = a || (s && s.prefixes) || [],
            l = this.parse(e.value),
            c = l.map((h) => this.findProp(h)),
            f = []
          if (c.some((h) => h[0] === '-')) return
          for (let h of l) {
            if (((n = this.findProp(h)), n[0] === '-')) continue
            let b = this.prefixes.add[n]
            if (!(!b || !b.prefixes))
              for (i of b.prefixes) {
                if (a && !a.some((y) => i.includes(y))) continue
                let v = this.prefixes.prefixed(n, i)
                v !== '-ms-transform' &&
                  !c.includes(v) &&
                  (this.disabled(n, i) || f.push(this.clone(n, v, h)))
              }
          }
          l = l.concat(f)
          let d = this.stringify(l),
            p = this.stringify(this.cleanFromUnprefixed(l, '-webkit-'))
          if (
            (o.includes('-webkit-') &&
              this.cloneBefore(e, `-webkit-${e.prop}`, p),
            this.cloneBefore(e, e.prop, p),
            o.includes('-o-'))
          ) {
            let h = this.stringify(this.cleanFromUnprefixed(l, '-o-'))
            this.cloneBefore(e, `-o-${e.prop}`, h)
          }
          for (i of o)
            if (i !== '-webkit-' && i !== '-o-') {
              let h = this.stringify(this.cleanOtherPrefixes(l, i))
              this.cloneBefore(e, i + e.prop, h)
            }
          d !== e.value &&
            !this.already(e, e.prop, d) &&
            (this.checkForWarning(t, e), e.cloneBefore(), (e.value = d))
        }
        findProp(e) {
          let t = e[0].value
          if (/^\d/.test(t)) {
            for (let [i, n] of e.entries())
              if (i !== 0 && n.type === 'word') return n.value
          }
          return t
        }
        already(e, t, i) {
          return e.parent.some((n) => n.prop === t && n.value === i)
        }
        cloneBefore(e, t, i) {
          this.already(e, t, i) || e.cloneBefore({ prop: t, value: i })
        }
        checkForWarning(e, t) {
          if (t.prop !== 'transition-property') return
          let i = !1,
            n = !1
          t.parent.each((s) => {
            if (s.type !== 'decl' || s.prop.indexOf('transition-') !== 0) return
            let a = AO.comma(s.value)
            if (s.prop === 'transition-property') {
              a.forEach((o) => {
                let l = this.prefixes.add[o]
                l && l.prefixes && l.prefixes.length > 0 && (i = !0)
              })
              return
            }
            return (n = n || a.length > 1), !1
          }),
            i &&
              n &&
              t.warn(
                e,
                'Replace transition-property to transition, because Autoprefixer could not support any cases of transition-property and other transition-*'
              )
        }
        remove(e) {
          let t = this.parse(e.value)
          t = t.filter((a) => {
            let o = this.prefixes.remove[this.findProp(a)]
            return !o || !o.remove
          })
          let i = this.stringify(t)
          if (e.value === i) return
          if (t.length === 0) {
            e.remove()
            return
          }
          let n = e.parent.some((a) => a.prop === e.prop && a.value === i),
            s = e.parent.some(
              (a) => a !== e && a.prop === e.prop && a.value.length > i.length
            )
          if (n || s) {
            e.remove()
            return
          }
          e.value = i
        }
        parse(e) {
          let t = rb(e),
            i = [],
            n = []
          for (let s of t.nodes)
            n.push(s),
              s.type === 'div' && s.value === ',' && (i.push(n), (n = []))
          return i.push(n), i.filter((s) => s.length > 0)
        }
        stringify(e) {
          if (e.length === 0) return ''
          let t = []
          for (let i of e)
            i[i.length - 1].type !== 'div' && i.push(this.div(e)),
              (t = t.concat(i))
          return (
            t[0].type === 'div' && (t = t.slice(1)),
            t[t.length - 1].type === 'div' &&
              (t = t.slice(0, -2 + 1 || void 0)),
            rb.stringify({ nodes: t })
          )
        }
        clone(e, t, i) {
          let n = [],
            s = !1
          for (let a of i)
            !s && a.type === 'word' && a.value === e
              ? (n.push({ type: 'word', value: t }), (s = !0))
              : n.push(a)
          return n
        }
        div(e) {
          for (let t of e)
            for (let i of t) if (i.type === 'div' && i.value === ',') return i
          return { type: 'div', value: ',', after: ' ' }
        }
        cleanOtherPrefixes(e, t) {
          return e.filter((i) => {
            let n = ib.prefix(this.findProp(i))
            return n === '' || n === t
          })
        }
        cleanFromUnprefixed(e, t) {
          let i = e
              .map((s) => this.findProp(s))
              .filter((s) => s.slice(0, t.length) === t)
              .map((s) => this.prefixes.unprefixed(s)),
            n = []
          for (let s of e) {
            let a = this.findProp(s),
              o = ib.prefix(a)
            !i.includes(a) && (o === t || o === '') && n.push(s)
          }
          return n
        }
        disabled(e, t) {
          let i = ['order', 'justify-content', 'align-self', 'align-content']
          if (e.includes('flex') || i.includes(e)) {
            if (this.prefixes.options.flexbox === !1) return !0
            if (this.prefixes.options.flexbox === 'no-2009')
              return t.includes('2009')
          }
        }
        ruleVendorPrefixes(e) {
          let { parent: t } = e
          if (t.type !== 'rule') return !1
          if (!t.selector.includes(':-')) return !1
          let i = CO.prefixes().filter((n) => t.selector.includes(':' + n))
          return i.length > 0 ? i : !1
        }
      }
    sb.exports = nb
  })
  var xr = x((f$, lb) => {
    u()
    var _O = _e(),
      ob = class {
        constructor(e, t, i, n) {
          ;(this.unprefixed = e),
            (this.prefixed = t),
            (this.string = i || t),
            (this.regexp = n || _O.regexp(t))
        }
        check(e) {
          return e.includes(this.string) ? !!e.match(this.regexp) : !1
        }
      }
    lb.exports = ob
  })
  var He = x((c$, fb) => {
    u()
    var EO = wr(),
      OO = xr(),
      TO = Ni(),
      RO = _e(),
      ub = class extends EO {
        static save(e, t) {
          let i = t.prop,
            n = []
          for (let s in t._autoprefixerValues) {
            let a = t._autoprefixerValues[s]
            if (a === t.value) continue
            let o,
              l = TO.prefix(i)
            if (l === '-pie-') continue
            if (l === s) {
              ;(o = t.value = a), n.push(o)
              continue
            }
            let c = e.prefixed(i, s),
              f = t.parent
            if (!f.every((b) => b.prop !== c)) {
              n.push(o)
              continue
            }
            let d = a.replace(/\s+/, ' ')
            if (
              f.some(
                (b) => b.prop === t.prop && b.value.replace(/\s+/, ' ') === d
              )
            ) {
              n.push(o)
              continue
            }
            let h = this.clone(t, { value: a })
            ;(o = t.parent.insertBefore(t, h)), n.push(o)
          }
          return n
        }
        check(e) {
          let t = e.value
          return t.includes(this.name) ? !!t.match(this.regexp()) : !1
        }
        regexp() {
          return this.regexpCache || (this.regexpCache = RO.regexp(this.name))
        }
        replace(e, t) {
          return e.replace(this.regexp(), `$1${t}$2`)
        }
        value(e) {
          return e.raws.value && e.raws.value.value === e.value
            ? e.raws.value.raw
            : e.value
        }
        add(e, t) {
          e._autoprefixerValues || (e._autoprefixerValues = {})
          let i = e._autoprefixerValues[t] || this.value(e),
            n
          do if (((n = i), (i = this.replace(i, t)), i === !1)) return
          while (i !== n)
          e._autoprefixerValues[t] = i
        }
        old(e) {
          return new OO(this.name, e + this.name)
        }
      }
    fb.exports = ub
  })
  var Bt = x((p$, cb) => {
    u()
    cb.exports = {}
  })
  var ou = x((d$, hb) => {
    u()
    var pb = Ms(),
      PO = He(),
      IO = Bt().insertAreas,
      DO = /(^|[^-])linear-gradient\(\s*(top|left|right|bottom)/i,
      qO = /(^|[^-])radial-gradient\(\s*\d+(\w*|%)\s+\d+(\w*|%)\s*,/i,
      $O = /(!\s*)?autoprefixer:\s*ignore\s+next/i,
      LO = /(!\s*)?autoprefixer\s*grid:\s*(on|off|(no-)?autoplace)/i,
      MO = [
        'width',
        'height',
        'min-width',
        'max-width',
        'min-height',
        'max-height',
        'inline-size',
        'min-inline-size',
        'max-inline-size',
        'block-size',
        'min-block-size',
        'max-block-size',
      ]
    function au(r) {
      return r.parent.some(
        (e) => e.prop === 'grid-template' || e.prop === 'grid-template-areas'
      )
    }
    function NO(r) {
      let e = r.parent.some((i) => i.prop === 'grid-template-rows'),
        t = r.parent.some((i) => i.prop === 'grid-template-columns')
      return e && t
    }
    var db = class {
      constructor(e) {
        this.prefixes = e
      }
      add(e, t) {
        let i = this.prefixes.add['@resolution'],
          n = this.prefixes.add['@keyframes'],
          s = this.prefixes.add['@viewport'],
          a = this.prefixes.add['@supports']
        e.walkAtRules((f) => {
          if (f.name === 'keyframes') {
            if (!this.disabled(f, t)) return n && n.process(f)
          } else if (f.name === 'viewport') {
            if (!this.disabled(f, t)) return s && s.process(f)
          } else if (f.name === 'supports') {
            if (this.prefixes.options.supports !== !1 && !this.disabled(f, t))
              return a.process(f)
          } else if (
            f.name === 'media' &&
            f.params.includes('-resolution') &&
            !this.disabled(f, t)
          )
            return i && i.process(f)
        }),
          e.walkRules((f) => {
            if (!this.disabled(f, t))
              return this.prefixes.add.selectors.map((d) => d.process(f, t))
          })
        function o(f) {
          return f.parent.nodes.some((d) => {
            if (d.type !== 'decl') return !1
            let p = d.prop === 'display' && /(inline-)?grid/.test(d.value),
              h = d.prop.startsWith('grid-template'),
              b = /^grid-([A-z]+-)?gap/.test(d.prop)
            return p || h || b
          })
        }
        function l(f) {
          return f.parent.some(
            (d) => d.prop === 'display' && /(inline-)?flex/.test(d.value)
          )
        }
        let c =
          this.gridStatus(e, t) &&
          this.prefixes.add['grid-area'] &&
          this.prefixes.add['grid-area'].prefixes
        return (
          e.walkDecls((f) => {
            if (this.disabledDecl(f, t)) return
            let d = f.parent,
              p = f.prop,
              h = f.value
            if (p === 'grid-row-span') {
              t.warn(
                'grid-row-span is not part of final Grid Layout. Use grid-row.',
                { node: f }
              )
              return
            } else if (p === 'grid-column-span') {
              t.warn(
                'grid-column-span is not part of final Grid Layout. Use grid-column.',
                { node: f }
              )
              return
            } else if (p === 'display' && h === 'box') {
              t.warn(
                'You should write display: flex by final spec instead of display: box',
                { node: f }
              )
              return
            } else if (p === 'text-emphasis-position')
              (h === 'under' || h === 'over') &&
                t.warn(
                  'You should use 2 values for text-emphasis-position For example, `under left` instead of just `under`.',
                  { node: f }
                )
            else if (/^(align|justify|place)-(items|content)$/.test(p) && l(f))
              (h === 'start' || h === 'end') &&
                t.warn(
                  `${h} value has mixed support, consider using flex-${h} instead`,
                  { node: f }
                )
            else if (p === 'text-decoration-skip' && h === 'ink')
              t.warn(
                'Replace text-decoration-skip: ink to text-decoration-skip-ink: auto, because spec had been changed',
                { node: f }
              )
            else {
              if (c && this.gridStatus(f, t))
                if (
                  (f.value === 'subgrid' &&
                    t.warn('IE does not support subgrid', { node: f }),
                  /^(align|justify|place)-items$/.test(p) && o(f))
                ) {
                  let v = p.replace('-items', '-self')
                  t.warn(
                    `IE does not support ${p} on grid containers. Try using ${v} on child elements instead: ${f.parent.selector} > * { ${v}: ${f.value} }`,
                    { node: f }
                  )
                } else if (/^(align|justify|place)-content$/.test(p) && o(f))
                  t.warn(`IE does not support ${f.prop} on grid containers`, {
                    node: f,
                  })
                else if (p === 'display' && f.value === 'contents') {
                  t.warn(
                    'Please do not use display: contents; if you have grid setting enabled',
                    { node: f }
                  )
                  return
                } else if (f.prop === 'grid-gap') {
                  let v = this.gridStatus(f, t)
                  v === 'autoplace' && !NO(f) && !au(f)
                    ? t.warn(
                        'grid-gap only works if grid-template(-areas) is being used or both rows and columns have been declared and cells have not been manually placed inside the explicit grid',
                        { node: f }
                      )
                    : (v === !0 || v === 'no-autoplace') &&
                      !au(f) &&
                      t.warn(
                        'grid-gap only works if grid-template(-areas) is being used',
                        { node: f }
                      )
                } else if (p === 'grid-auto-columns') {
                  t.warn('grid-auto-columns is not supported by IE', {
                    node: f,
                  })
                  return
                } else if (p === 'grid-auto-rows') {
                  t.warn('grid-auto-rows is not supported by IE', { node: f })
                  return
                } else if (p === 'grid-auto-flow') {
                  let v = d.some((w) => w.prop === 'grid-template-rows'),
                    y = d.some((w) => w.prop === 'grid-template-columns')
                  au(f)
                    ? t.warn('grid-auto-flow is not supported by IE', {
                        node: f,
                      })
                    : h.includes('dense')
                    ? t.warn('grid-auto-flow: dense is not supported by IE', {
                        node: f,
                      })
                    : !v &&
                      !y &&
                      t.warn(
                        'grid-auto-flow works only if grid-template-rows and grid-template-columns are present in the same rule',
                        { node: f }
                      )
                  return
                } else if (h.includes('auto-fit')) {
                  t.warn('auto-fit value is not supported by IE', {
                    node: f,
                    word: 'auto-fit',
                  })
                  return
                } else if (h.includes('auto-fill')) {
                  t.warn('auto-fill value is not supported by IE', {
                    node: f,
                    word: 'auto-fill',
                  })
                  return
                } else
                  p.startsWith('grid-template') &&
                    h.includes('[') &&
                    t.warn(
                      'Autoprefixer currently does not support line names. Try using grid-template-areas instead.',
                      { node: f, word: '[' }
                    )
              if (h.includes('radial-gradient'))
                if (qO.test(f.value))
                  t.warn(
                    'Gradient has outdated direction syntax. New syntax is like `closest-side at 0 0` instead of `0 0, closest-side`.',
                    { node: f }
                  )
                else {
                  let v = pb(h)
                  for (let y of v.nodes)
                    if (y.type === 'function' && y.value === 'radial-gradient')
                      for (let w of y.nodes)
                        w.type === 'word' &&
                          (w.value === 'cover'
                            ? t.warn(
                                'Gradient has outdated direction syntax. Replace `cover` to `farthest-corner`.',
                                { node: f }
                              )
                            : w.value === 'contain' &&
                              t.warn(
                                'Gradient has outdated direction syntax. Replace `contain` to `closest-side`.',
                                { node: f }
                              ))
                }
              h.includes('linear-gradient') &&
                DO.test(h) &&
                t.warn(
                  'Gradient has outdated direction syntax. New syntax is like `to left` instead of `right`.',
                  { node: f }
                )
            }
            MO.includes(f.prop) &&
              (f.value.includes('-fill-available') ||
                (f.value.includes('fill-available')
                  ? t.warn(
                      'Replace fill-available to stretch, because spec had been changed',
                      { node: f }
                    )
                  : f.value.includes('fill') &&
                    pb(h).nodes.some(
                      (y) => y.type === 'word' && y.value === 'fill'
                    ) &&
                    t.warn(
                      'Replace fill to stretch, because spec had been changed',
                      { node: f }
                    )))
            let b
            if (f.prop === 'transition' || f.prop === 'transition-property')
              return this.prefixes.transition.add(f, t)
            if (f.prop === 'align-self') {
              if (
                (this.displayType(f) !== 'grid' &&
                  this.prefixes.options.flexbox !== !1 &&
                  ((b = this.prefixes.add['align-self']),
                  b && b.prefixes && b.process(f)),
                this.gridStatus(f, t) !== !1 &&
                  ((b = this.prefixes.add['grid-row-align']), b && b.prefixes))
              )
                return b.process(f, t)
            } else if (f.prop === 'justify-self') {
              if (
                this.gridStatus(f, t) !== !1 &&
                ((b = this.prefixes.add['grid-column-align']), b && b.prefixes)
              )
                return b.process(f, t)
            } else if (f.prop === 'place-self') {
              if (
                ((b = this.prefixes.add['place-self']),
                b && b.prefixes && this.gridStatus(f, t) !== !1)
              )
                return b.process(f, t)
            } else if (((b = this.prefixes.add[f.prop]), b && b.prefixes))
              return b.process(f, t)
          }),
          this.gridStatus(e, t) && IO(e, this.disabled),
          e.walkDecls((f) => {
            if (this.disabledValue(f, t)) return
            let d = this.prefixes.unprefixed(f.prop),
              p = this.prefixes.values('add', d)
            if (Array.isArray(p)) for (let h of p) h.process && h.process(f, t)
            PO.save(this.prefixes, f)
          })
        )
      }
      remove(e, t) {
        let i = this.prefixes.remove['@resolution']
        e.walkAtRules((n, s) => {
          this.prefixes.remove[`@${n.name}`]
            ? this.disabled(n, t) || n.parent.removeChild(s)
            : n.name === 'media' &&
              n.params.includes('-resolution') &&
              i &&
              i.clean(n)
        })
        for (let n of this.prefixes.remove.selectors)
          e.walkRules((s, a) => {
            n.check(s) && (this.disabled(s, t) || s.parent.removeChild(a))
          })
        return e.walkDecls((n, s) => {
          if (this.disabled(n, t)) return
          let a = n.parent,
            o = this.prefixes.unprefixed(n.prop)
          if (
            ((n.prop === 'transition' || n.prop === 'transition-property') &&
              this.prefixes.transition.remove(n),
            this.prefixes.remove[n.prop] && this.prefixes.remove[n.prop].remove)
          ) {
            let l = this.prefixes
              .group(n)
              .down((c) => this.prefixes.normalize(c.prop) === o)
            if (
              (o === 'flex-flow' && (l = !0), n.prop === '-webkit-box-orient')
            ) {
              let c = { 'flex-direction': !0, 'flex-flow': !0 }
              if (!n.parent.some((f) => c[f.prop])) return
            }
            if (l && !this.withHackValue(n)) {
              n.raw('before').includes(`
`) && this.reduceSpaces(n),
                a.removeChild(s)
              return
            }
          }
          for (let l of this.prefixes.values('remove', o)) {
            if (!l.check || !l.check(n.value)) continue
            if (
              ((o = l.unprefixed),
              this.prefixes.group(n).down((f) => f.value.includes(o)))
            ) {
              a.removeChild(s)
              return
            }
          }
        })
      }
      withHackValue(e) {
        return e.prop === '-webkit-background-clip' && e.value === 'text'
      }
      disabledValue(e, t) {
        return (this.gridStatus(e, t) === !1 &&
          e.type === 'decl' &&
          e.prop === 'display' &&
          e.value.includes('grid')) ||
          (this.prefixes.options.flexbox === !1 &&
            e.type === 'decl' &&
            e.prop === 'display' &&
            e.value.includes('flex')) ||
          (e.type === 'decl' && e.prop === 'content')
          ? !0
          : this.disabled(e, t)
      }
      disabledDecl(e, t) {
        if (
          this.gridStatus(e, t) === !1 &&
          e.type === 'decl' &&
          (e.prop.includes('grid') || e.prop === 'justify-items')
        )
          return !0
        if (this.prefixes.options.flexbox === !1 && e.type === 'decl') {
          let i = ['order', 'justify-content', 'align-items', 'align-content']
          if (e.prop.includes('flex') || i.includes(e.prop)) return !0
        }
        return this.disabled(e, t)
      }
      disabled(e, t) {
        if (!e) return !1
        if (e._autoprefixerDisabled !== void 0) return e._autoprefixerDisabled
        if (e.parent) {
          let n = e.prev()
          if (n && n.type === 'comment' && $O.test(n.text))
            return (
              (e._autoprefixerDisabled = !0),
              (e._autoprefixerSelfDisabled = !0),
              !0
            )
        }
        let i = null
        if (e.nodes) {
          let n
          e.each((s) => {
            s.type === 'comment' &&
              /(!\s*)?autoprefixer:\s*(off|on)/i.test(s.text) &&
              (typeof n != 'undefined'
                ? t.warn(
                    'Second Autoprefixer control comment was ignored. Autoprefixer applies control comment to whole block, not to next rules.',
                    { node: s }
                  )
                : (n = /on/i.test(s.text)))
          }),
            n !== void 0 && (i = !n)
        }
        if (!e.nodes || i === null)
          if (e.parent) {
            let n = this.disabled(e.parent, t)
            e.parent._autoprefixerSelfDisabled === !0 ? (i = !1) : (i = n)
          } else i = !1
        return (e._autoprefixerDisabled = i), i
      }
      reduceSpaces(e) {
        let t = !1
        if ((this.prefixes.group(e).up(() => ((t = !0), !0)), t)) return
        let i = e.raw('before').split(`
`),
          n = i[i.length - 1].length,
          s = !1
        this.prefixes.group(e).down((a) => {
          i = a.raw('before').split(`
`)
          let o = i.length - 1
          i[o].length > n &&
            (s === !1 && (s = i[o].length - n),
            (i[o] = i[o].slice(0, -s)),
            (a.raws.before = i.join(`
`)))
        })
      }
      displayType(e) {
        for (let t of e.parent.nodes)
          if (t.prop === 'display') {
            if (t.value.includes('flex')) return 'flex'
            if (t.value.includes('grid')) return 'grid'
          }
        return !1
      }
      gridStatus(e, t) {
        if (!e) return !1
        if (e._autoprefixerGridStatus !== void 0)
          return e._autoprefixerGridStatus
        let i = null
        if (e.nodes) {
          let n
          e.each((s) => {
            if (s.type === 'comment' && LO.test(s.text)) {
              let a = /:\s*autoplace/i.test(s.text),
                o = /no-autoplace/i.test(s.text)
              typeof n != 'undefined'
                ? t.warn(
                    'Second Autoprefixer grid control comment was ignored. Autoprefixer applies control comments to the whole block, not to the next rules.',
                    { node: s }
                  )
                : a
                ? (n = 'autoplace')
                : o
                ? (n = !0)
                : (n = /on/i.test(s.text))
            }
          }),
            n !== void 0 && (i = n)
        }
        if (e.type === 'atrule' && e.name === 'supports') {
          let n = e.params
          n.includes('grid') && n.includes('auto') && (i = !1)
        }
        if (!e.nodes || i === null)
          if (e.parent) {
            let n = this.gridStatus(e.parent, t)
            e.parent._autoprefixerSelfDisabled === !0 ? (i = !1) : (i = n)
          } else
            typeof this.prefixes.options.grid != 'undefined'
              ? (i = this.prefixes.options.grid)
              : typeof m.env.AUTOPREFIXER_GRID != 'undefined'
              ? m.env.AUTOPREFIXER_GRID === 'autoplace'
                ? (i = 'autoplace')
                : (i = !0)
              : (i = !1)
        return (e._autoprefixerGridStatus = i), i
      }
    }
    hb.exports = db
  })
  var gb = x((h$, mb) => {
    u()
    mb.exports = {
      A: {
        A: { 2: 'K E F G A B JC' },
        B: {
          1: 'C L M H N D O P Q R S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I',
        },
        C: {
          1: '2 3 4 5 6 7 8 9 AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB 0B dB 1B eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R 2B S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I uB 3B 4B',
          2: '0 1 KC zB J K E F G A B C L M H N D O k l LC MC',
        },
        D: {
          1: '8 9 AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB 0B dB 1B eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I uB 3B 4B',
          2: '0 1 2 3 4 5 6 7 J K E F G A B C L M H N D O k l',
        },
        E: {
          1: 'G A B C L M H D RC 6B vB wB 7B SC TC 8B 9B xB AC yB BC CC DC EC FC GC UC',
          2: '0 J K E F NC 5B OC PC QC',
        },
        F: {
          1: '1 2 3 4 5 6 7 8 9 H N D O k l AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB dB eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R 2B S T U V W X Y Z a b c d e f g h i j wB',
          2: 'G B C VC WC XC YC vB HC ZC',
        },
        G: {
          1: 'D fC gC hC iC jC kC lC mC nC oC pC qC rC sC tC 8B 9B xB AC yB BC CC DC EC FC GC',
          2: 'F 5B aC IC bC cC dC eC',
        },
        H: { 1: 'uC' },
        I: { 1: 'I zC 0C', 2: 'zB J vC wC xC yC IC' },
        J: { 2: 'E A' },
        K: { 1: 'm', 2: 'A B C vB HC wB' },
        L: { 1: 'I' },
        M: { 1: 'uB' },
        N: { 2: 'A B' },
        O: { 1: 'xB' },
        P: { 1: 'J k l 1C 2C 3C 4C 5C 6B 6C 7C 8C 9C AD yB BD CD DD' },
        Q: { 1: '7B' },
        R: { 1: 'ED' },
        S: { 1: 'FD GD' },
      },
      B: 4,
      C: 'CSS Feature Queries',
    }
  })
  var vb = x((m$, wb) => {
    u()
    function yb(r) {
      return r[r.length - 1]
    }
    var bb = {
      parse(r) {
        let e = [''],
          t = [e]
        for (let i of r) {
          if (i === '(') {
            ;(e = ['']), yb(t).push(e), t.push(e)
            continue
          }
          if (i === ')') {
            t.pop(), (e = yb(t)), e.push('')
            continue
          }
          e[e.length - 1] += i
        }
        return t[0]
      },
      stringify(r) {
        let e = ''
        for (let t of r) {
          if (typeof t == 'object') {
            e += `(${bb.stringify(t)})`
            continue
          }
          e += t
        }
        return e
      },
    }
    wb.exports = bb
  })
  var Cb = x((g$, Ab) => {
    u()
    var BO = gb(),
      { feature: FO } = (Ps(), Rs),
      { parse: jO } = $e(),
      zO = Mt(),
      lu = vb(),
      UO = He(),
      VO = _e(),
      xb = FO(BO),
      kb = []
    for (let r in xb.stats) {
      let e = xb.stats[r]
      for (let t in e) {
        let i = e[t]
        ;/y/.test(i) && kb.push(r + ' ' + t)
      }
    }
    var Sb = class {
      constructor(e, t) {
        ;(this.Prefixes = e), (this.all = t)
      }
      prefixer() {
        if (this.prefixerCache) return this.prefixerCache
        let e = this.all.browsers.selected.filter((i) => kb.includes(i)),
          t = new zO(this.all.browsers.data, e, this.all.options)
        return (
          (this.prefixerCache = new this.Prefixes(
            this.all.data,
            t,
            this.all.options
          )),
          this.prefixerCache
        )
      }
      parse(e) {
        let t = e.split(':'),
          i = t[0],
          n = t[1]
        return n || (n = ''), [i.trim(), n.trim()]
      }
      virtual(e) {
        let [t, i] = this.parse(e),
          n = jO('a{}').first
        return n.append({ prop: t, value: i, raws: { before: '' } }), n
      }
      prefixed(e) {
        let t = this.virtual(e)
        if (this.disabled(t.first)) return t.nodes
        let i = { warn: () => null },
          n = this.prefixer().add[t.first.prop]
        n && n.process && n.process(t.first, i)
        for (let s of t.nodes) {
          for (let a of this.prefixer().values('add', t.first.prop))
            a.process(s)
          UO.save(this.all, s)
        }
        return t.nodes
      }
      isNot(e) {
        return typeof e == 'string' && /not\s*/i.test(e)
      }
      isOr(e) {
        return typeof e == 'string' && /\s*or\s*/i.test(e)
      }
      isProp(e) {
        return typeof e == 'object' && e.length === 1 && typeof e[0] == 'string'
      }
      isHack(e, t) {
        return !new RegExp(`(\\(|\\s)${VO.escapeRegexp(t)}:`).test(e)
      }
      toRemove(e, t) {
        let [i, n] = this.parse(e),
          s = this.all.unprefixed(i),
          a = this.all.cleaner()
        if (a.remove[i] && a.remove[i].remove && !this.isHack(t, s)) return !0
        for (let o of a.values('remove', s)) if (o.check(n)) return !0
        return !1
      }
      remove(e, t) {
        let i = 0
        for (; i < e.length; ) {
          if (
            !this.isNot(e[i - 1]) &&
            this.isProp(e[i]) &&
            this.isOr(e[i + 1])
          ) {
            if (this.toRemove(e[i][0], t)) {
              e.splice(i, 2)
              continue
            }
            i += 2
            continue
          }
          typeof e[i] == 'object' && (e[i] = this.remove(e[i], t)), (i += 1)
        }
        return e
      }
      cleanBrackets(e) {
        return e.map((t) =>
          typeof t != 'object'
            ? t
            : t.length === 1 && typeof t[0] == 'object'
            ? this.cleanBrackets(t[0])
            : this.cleanBrackets(t)
        )
      }
      convert(e) {
        let t = ['']
        for (let i of e) t.push([`${i.prop}: ${i.value}`]), t.push(' or ')
        return (t[t.length - 1] = ''), t
      }
      normalize(e) {
        if (typeof e != 'object') return e
        if (((e = e.filter((t) => t !== '')), typeof e[0] == 'string')) {
          let t = e[0].trim()
          if (t.includes(':') || t === 'selector' || t === 'not selector')
            return [lu.stringify(e)]
        }
        return e.map((t) => this.normalize(t))
      }
      add(e, t) {
        return e.map((i) => {
          if (this.isProp(i)) {
            let n = this.prefixed(i[0])
            return n.length > 1 ? this.convert(n) : i
          }
          return typeof i == 'object' ? this.add(i, t) : i
        })
      }
      process(e) {
        let t = lu.parse(e.params)
        ;(t = this.normalize(t)),
          (t = this.remove(t, e.params)),
          (t = this.add(t, e.params)),
          (t = this.cleanBrackets(t)),
          (e.params = lu.stringify(t))
      }
      disabled(e) {
        if (
          !this.all.options.grid &&
          ((e.prop === 'display' && e.value.includes('grid')) ||
            e.prop.includes('grid') ||
            e.prop === 'justify-items')
        )
          return !0
        if (this.all.options.flexbox === !1) {
          if (e.prop === 'display' && e.value.includes('flex')) return !0
          let t = ['order', 'justify-content', 'align-items', 'align-content']
          if (e.prop.includes('flex') || t.includes(e.prop)) return !0
        }
        return !1
      }
    }
    Ab.exports = Sb
  })
  var Ob = x((y$, Eb) => {
    u()
    var _b = class {
      constructor(e, t) {
        ;(this.prefix = t),
          (this.prefixed = e.prefixed(this.prefix)),
          (this.regexp = e.regexp(this.prefix)),
          (this.prefixeds = e
            .possible()
            .map((i) => [e.prefixed(i), e.regexp(i)])),
          (this.unprefixed = e.name),
          (this.nameRegexp = e.regexp())
      }
      isHack(e) {
        let t = e.parent.index(e) + 1,
          i = e.parent.nodes
        for (; t < i.length; ) {
          let n = i[t].selector
          if (!n) return !0
          if (n.includes(this.unprefixed) && n.match(this.nameRegexp)) return !1
          let s = !1
          for (let [a, o] of this.prefixeds)
            if (n.includes(a) && n.match(o)) {
              s = !0
              break
            }
          if (!s) return !0
          t += 1
        }
        return !0
      }
      check(e) {
        return !(
          !e.selector.includes(this.prefixed) ||
          !e.selector.match(this.regexp) ||
          this.isHack(e)
        )
      }
    }
    Eb.exports = _b
  })
  var kr = x((b$, Rb) => {
    u()
    var { list: HO } = $e(),
      WO = Ob(),
      GO = wr(),
      QO = Mt(),
      YO = _e(),
      Tb = class extends GO {
        constructor(e, t, i) {
          super(e, t, i)
          this.regexpCache = new Map()
        }
        check(e) {
          return e.selector.includes(this.name)
            ? !!e.selector.match(this.regexp())
            : !1
        }
        prefixed(e) {
          return this.name.replace(/^(\W*)/, `$1${e}`)
        }
        regexp(e) {
          if (!this.regexpCache.has(e)) {
            let t = e ? this.prefixed(e) : this.name
            this.regexpCache.set(
              e,
              new RegExp(`(^|[^:"'=])${YO.escapeRegexp(t)}`, 'gi')
            )
          }
          return this.regexpCache.get(e)
        }
        possible() {
          return QO.prefixes()
        }
        prefixeds(e) {
          if (e._autoprefixerPrefixeds) {
            if (e._autoprefixerPrefixeds[this.name])
              return e._autoprefixerPrefixeds
          } else e._autoprefixerPrefixeds = {}
          let t = {}
          if (e.selector.includes(',')) {
            let n = HO.comma(e.selector).filter((s) => s.includes(this.name))
            for (let s of this.possible())
              t[s] = n.map((a) => this.replace(a, s)).join(', ')
          } else
            for (let i of this.possible()) t[i] = this.replace(e.selector, i)
          return (
            (e._autoprefixerPrefixeds[this.name] = t), e._autoprefixerPrefixeds
          )
        }
        already(e, t, i) {
          let n = e.parent.index(e) - 1
          for (; n >= 0; ) {
            let s = e.parent.nodes[n]
            if (s.type !== 'rule') return !1
            let a = !1
            for (let o in t[this.name]) {
              let l = t[this.name][o]
              if (s.selector === l) {
                if (i === o) return !0
                a = !0
                break
              }
            }
            if (!a) return !1
            n -= 1
          }
          return !1
        }
        replace(e, t) {
          return e.replace(this.regexp(), `$1${this.prefixed(t)}`)
        }
        add(e, t) {
          let i = this.prefixeds(e)
          if (this.already(e, i, t)) return
          let n = this.clone(e, { selector: i[this.name][t] })
          e.parent.insertBefore(e, n)
        }
        old(e) {
          return new WO(this, e)
        }
      }
    Rb.exports = Tb
  })
  var Db = x((w$, Ib) => {
    u()
    var KO = wr(),
      Pb = class extends KO {
        add(e, t) {
          let i = t + e.name
          if (e.parent.some((a) => a.name === i && a.params === e.params))
            return
          let s = this.clone(e, { name: i })
          return e.parent.insertBefore(e, s)
        }
        process(e) {
          let t = this.parentPrefix(e)
          for (let i of this.prefixes) (!t || t === i) && this.add(e, i)
        }
      }
    Ib.exports = Pb
  })
  var $b = x((v$, qb) => {
    u()
    var XO = kr(),
      uu = class extends XO {
        prefixed(e) {
          return e === '-webkit-'
            ? ':-webkit-full-screen'
            : e === '-moz-'
            ? ':-moz-full-screen'
            : `:${e}fullscreen`
        }
      }
    uu.names = [':fullscreen']
    qb.exports = uu
  })
  var Mb = x((x$, Lb) => {
    u()
    var ZO = kr(),
      fu = class extends ZO {
        possible() {
          return super.possible().concat(['-moz- old', '-ms- old'])
        }
        prefixed(e) {
          return e === '-webkit-'
            ? '::-webkit-input-placeholder'
            : e === '-ms-'
            ? '::-ms-input-placeholder'
            : e === '-ms- old'
            ? ':-ms-input-placeholder'
            : e === '-moz- old'
            ? ':-moz-placeholder'
            : `::${e}placeholder`
        }
      }
    fu.names = ['::placeholder']
    Lb.exports = fu
  })
  var Bb = x((k$, Nb) => {
    u()
    var JO = kr(),
      cu = class extends JO {
        prefixed(e) {
          return e === '-ms-'
            ? ':-ms-input-placeholder'
            : `:${e}placeholder-shown`
        }
      }
    cu.names = [':placeholder-shown']
    Nb.exports = cu
  })
  var jb = x((S$, Fb) => {
    u()
    var eT = kr(),
      tT = _e(),
      pu = class extends eT {
        constructor(e, t, i) {
          super(e, t, i)
          this.prefixes &&
            (this.prefixes = tT.uniq(this.prefixes.map((n) => '-webkit-')))
        }
        prefixed(e) {
          return e === '-webkit-'
            ? '::-webkit-file-upload-button'
            : `::${e}file-selector-button`
        }
      }
    pu.names = ['::file-selector-button']
    Fb.exports = pu
  })
  var Pe = x((A$, zb) => {
    u()
    zb.exports = function (r) {
      let e
      return (
        r === '-webkit- 2009' || r === '-moz-'
          ? (e = 2009)
          : r === '-ms-'
          ? (e = 2012)
          : r === '-webkit-' && (e = 'final'),
        r === '-webkit- 2009' && (r = '-webkit-'),
        [e, r]
      )
    }
  })
  var Wb = x((C$, Hb) => {
    u()
    var Ub = $e().list,
      Vb = Pe(),
      rT = j(),
      Sr = class extends rT {
        prefixed(e, t) {
          let i
          return (
            ([i, t] = Vb(t)), i === 2009 ? t + 'box-flex' : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'flex'
        }
        set(e, t) {
          let i = Vb(t)[0]
          if (i === 2009)
            return (
              (e.value = Ub.space(e.value)[0]),
              (e.value = Sr.oldValues[e.value] || e.value),
              super.set(e, t)
            )
          if (i === 2012) {
            let n = Ub.space(e.value)
            n.length === 3 &&
              n[2] === '0' &&
              (e.value = n.slice(0, 2).concat('0px').join(' '))
          }
          return super.set(e, t)
        }
      }
    Sr.names = ['flex', 'box-flex']
    Sr.oldValues = { auto: '1', none: '0' }
    Hb.exports = Sr
  })
  var Yb = x((_$, Qb) => {
    u()
    var Gb = Pe(),
      iT = j(),
      du = class extends iT {
        prefixed(e, t) {
          let i
          return (
            ([i, t] = Gb(t)),
            i === 2009
              ? t + 'box-ordinal-group'
              : i === 2012
              ? t + 'flex-order'
              : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'order'
        }
        set(e, t) {
          return Gb(t)[0] === 2009 && /\d/.test(e.value)
            ? ((e.value = (parseInt(e.value) + 1).toString()), super.set(e, t))
            : super.set(e, t)
        }
      }
    du.names = ['order', 'flex-order', 'box-ordinal-group']
    Qb.exports = du
  })
  var Xb = x((E$, Kb) => {
    u()
    var nT = j(),
      hu = class extends nT {
        check(e) {
          let t = e.value
          return (
            !t.toLowerCase().includes('alpha(') &&
            !t.includes('DXImageTransform.Microsoft') &&
            !t.includes('data:image/svg+xml')
          )
        }
      }
    hu.names = ['filter']
    Kb.exports = hu
  })
  var Jb = x((O$, Zb) => {
    u()
    var sT = j(),
      mu = class extends sT {
        insert(e, t, i, n) {
          if (t !== '-ms-') return super.insert(e, t, i)
          let s = this.clone(e),
            a = e.prop.replace(/end$/, 'start'),
            o = t + e.prop.replace(/end$/, 'span')
          if (!e.parent.some((l) => l.prop === o)) {
            if (((s.prop = o), e.value.includes('span')))
              s.value = e.value.replace(/span\s/i, '')
            else {
              let l
              if (
                (e.parent.walkDecls(a, (c) => {
                  l = c
                }),
                l)
              ) {
                let c = Number(e.value) - Number(l.value) + ''
                s.value = c
              } else e.warn(n, `Can not prefix ${e.prop} (${a} is not found)`)
            }
            e.cloneBefore(s)
          }
        }
      }
    mu.names = ['grid-row-end', 'grid-column-end']
    Zb.exports = mu
  })
  var tw = x((T$, ew) => {
    u()
    var aT = j(),
      gu = class extends aT {
        check(e) {
          return !e.value.split(/\s+/).some((t) => {
            let i = t.toLowerCase()
            return i === 'reverse' || i === 'alternate-reverse'
          })
        }
      }
    gu.names = ['animation', 'animation-direction']
    ew.exports = gu
  })
  var iw = x((R$, rw) => {
    u()
    var oT = Pe(),
      lT = j(),
      yu = class extends lT {
        insert(e, t, i) {
          let n
          if ((([n, t] = oT(t)), n !== 2009)) return super.insert(e, t, i)
          let s = e.value
            .split(/\s+/)
            .filter((d) => d !== 'wrap' && d !== 'nowrap' && 'wrap-reverse')
          if (
            s.length === 0 ||
            e.parent.some(
              (d) =>
                d.prop === t + 'box-orient' || d.prop === t + 'box-direction'
            )
          )
            return
          let o = s[0],
            l = o.includes('row') ? 'horizontal' : 'vertical',
            c = o.includes('reverse') ? 'reverse' : 'normal',
            f = this.clone(e)
          return (
            (f.prop = t + 'box-orient'),
            (f.value = l),
            this.needCascade(e) && (f.raws.before = this.calcBefore(i, e, t)),
            e.parent.insertBefore(e, f),
            (f = this.clone(e)),
            (f.prop = t + 'box-direction'),
            (f.value = c),
            this.needCascade(e) && (f.raws.before = this.calcBefore(i, e, t)),
            e.parent.insertBefore(e, f)
          )
        }
      }
    yu.names = ['flex-flow', 'box-direction', 'box-orient']
    rw.exports = yu
  })
  var sw = x((P$, nw) => {
    u()
    var uT = Pe(),
      fT = j(),
      bu = class extends fT {
        normalize() {
          return 'flex'
        }
        prefixed(e, t) {
          let i
          return (
            ([i, t] = uT(t)),
            i === 2009
              ? t + 'box-flex'
              : i === 2012
              ? t + 'flex-positive'
              : super.prefixed(e, t)
          )
        }
      }
    bu.names = ['flex-grow', 'flex-positive']
    nw.exports = bu
  })
  var ow = x((I$, aw) => {
    u()
    var cT = Pe(),
      pT = j(),
      wu = class extends pT {
        set(e, t) {
          if (cT(t)[0] !== 2009) return super.set(e, t)
        }
      }
    wu.names = ['flex-wrap']
    aw.exports = wu
  })
  var uw = x((D$, lw) => {
    u()
    var dT = j(),
      Ar = Bt(),
      vu = class extends dT {
        insert(e, t, i, n) {
          if (t !== '-ms-') return super.insert(e, t, i)
          let s = Ar.parse(e),
            [a, o] = Ar.translate(s, 0, 2),
            [l, c] = Ar.translate(s, 1, 3)
          ;[
            ['grid-row', a],
            ['grid-row-span', o],
            ['grid-column', l],
            ['grid-column-span', c],
          ].forEach(([f, d]) => {
            Ar.insertDecl(e, f, d)
          }),
            Ar.warnTemplateSelectorNotFound(e, n),
            Ar.warnIfGridRowColumnExists(e, n)
        }
      }
    vu.names = ['grid-area']
    lw.exports = vu
  })
  var cw = x((q$, fw) => {
    u()
    var hT = j(),
      Bi = Bt(),
      xu = class extends hT {
        insert(e, t, i) {
          if (t !== '-ms-') return super.insert(e, t, i)
          if (e.parent.some((a) => a.prop === '-ms-grid-row-align')) return
          let [[n, s]] = Bi.parse(e)
          s
            ? (Bi.insertDecl(e, 'grid-row-align', n),
              Bi.insertDecl(e, 'grid-column-align', s))
            : (Bi.insertDecl(e, 'grid-row-align', n),
              Bi.insertDecl(e, 'grid-column-align', n))
        }
      }
    xu.names = ['place-self']
    fw.exports = xu
  })
  var dw = x(($$, pw) => {
    u()
    var mT = j(),
      ku = class extends mT {
        check(e) {
          let t = e.value
          return !t.includes('/') || t.includes('span')
        }
        normalize(e) {
          return e.replace('-start', '')
        }
        prefixed(e, t) {
          let i = super.prefixed(e, t)
          return t === '-ms-' && (i = i.replace('-start', '')), i
        }
      }
    ku.names = ['grid-row-start', 'grid-column-start']
    pw.exports = ku
  })
  var gw = x((L$, mw) => {
    u()
    var hw = Pe(),
      gT = j(),
      Cr = class extends gT {
        check(e) {
          return (
            e.parent &&
            !e.parent.some((t) => t.prop && t.prop.startsWith('grid-'))
          )
        }
        prefixed(e, t) {
          let i
          return (
            ([i, t] = hw(t)),
            i === 2012 ? t + 'flex-item-align' : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'align-self'
        }
        set(e, t) {
          let i = hw(t)[0]
          if (i === 2012)
            return (e.value = Cr.oldValues[e.value] || e.value), super.set(e, t)
          if (i === 'final') return super.set(e, t)
        }
      }
    Cr.names = ['align-self', 'flex-item-align']
    Cr.oldValues = { 'flex-end': 'end', 'flex-start': 'start' }
    mw.exports = Cr
  })
  var bw = x((M$, yw) => {
    u()
    var yT = j(),
      bT = _e(),
      Su = class extends yT {
        constructor(e, t, i) {
          super(e, t, i)
          this.prefixes &&
            (this.prefixes = bT.uniq(
              this.prefixes.map((n) => (n === '-ms-' ? '-webkit-' : n))
            ))
        }
      }
    Su.names = ['appearance']
    yw.exports = Su
  })
  var xw = x((N$, vw) => {
    u()
    var ww = Pe(),
      wT = j(),
      Au = class extends wT {
        normalize() {
          return 'flex-basis'
        }
        prefixed(e, t) {
          let i
          return (
            ([i, t] = ww(t)),
            i === 2012 ? t + 'flex-preferred-size' : super.prefixed(e, t)
          )
        }
        set(e, t) {
          let i
          if ((([i, t] = ww(t)), i === 2012 || i === 'final'))
            return super.set(e, t)
        }
      }
    Au.names = ['flex-basis', 'flex-preferred-size']
    vw.exports = Au
  })
  var Sw = x((B$, kw) => {
    u()
    var vT = j(),
      Cu = class extends vT {
        normalize() {
          return this.name.replace('box-image', 'border')
        }
        prefixed(e, t) {
          let i = super.prefixed(e, t)
          return t === '-webkit-' && (i = i.replace('border', 'box-image')), i
        }
      }
    Cu.names = [
      'mask-border',
      'mask-border-source',
      'mask-border-slice',
      'mask-border-width',
      'mask-border-outset',
      'mask-border-repeat',
      'mask-box-image',
      'mask-box-image-source',
      'mask-box-image-slice',
      'mask-box-image-width',
      'mask-box-image-outset',
      'mask-box-image-repeat',
    ]
    kw.exports = Cu
  })
  var Cw = x((F$, Aw) => {
    u()
    var xT = j(),
      lt = class extends xT {
        insert(e, t, i) {
          let n = e.prop === 'mask-composite',
            s
          n ? (s = e.value.split(',')) : (s = e.value.match(lt.regexp) || []),
            (s = s.map((c) => c.trim()).filter((c) => c))
          let a = s.length,
            o
          if (
            (a &&
              ((o = this.clone(e)),
              (o.value = s.map((c) => lt.oldValues[c] || c).join(', ')),
              s.includes('intersect') && (o.value += ', xor'),
              (o.prop = t + 'mask-composite')),
            n)
          )
            return a
              ? (this.needCascade(e) &&
                  (o.raws.before = this.calcBefore(i, e, t)),
                e.parent.insertBefore(e, o))
              : void 0
          let l = this.clone(e)
          return (
            (l.prop = t + l.prop),
            a && (l.value = l.value.replace(lt.regexp, '')),
            this.needCascade(e) && (l.raws.before = this.calcBefore(i, e, t)),
            e.parent.insertBefore(e, l),
            a
              ? (this.needCascade(e) &&
                  (o.raws.before = this.calcBefore(i, e, t)),
                e.parent.insertBefore(e, o))
              : e
          )
        }
      }
    lt.names = ['mask', 'mask-composite']
    lt.oldValues = {
      add: 'source-over',
      subtract: 'source-out',
      intersect: 'source-in',
      exclude: 'xor',
    }
    lt.regexp = new RegExp(
      `\\s+(${Object.keys(lt.oldValues).join('|')})\\b(?!\\))\\s*(?=[,])`,
      'ig'
    )
    Aw.exports = lt
  })
  var Ow = x((j$, Ew) => {
    u()
    var _w = Pe(),
      kT = j(),
      _r = class extends kT {
        prefixed(e, t) {
          let i
          return (
            ([i, t] = _w(t)),
            i === 2009
              ? t + 'box-align'
              : i === 2012
              ? t + 'flex-align'
              : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'align-items'
        }
        set(e, t) {
          let i = _w(t)[0]
          return (
            (i === 2009 || i === 2012) &&
              (e.value = _r.oldValues[e.value] || e.value),
            super.set(e, t)
          )
        }
      }
    _r.names = ['align-items', 'flex-align', 'box-align']
    _r.oldValues = { 'flex-end': 'end', 'flex-start': 'start' }
    Ew.exports = _r
  })
  var Rw = x((z$, Tw) => {
    u()
    var ST = j(),
      _u = class extends ST {
        set(e, t) {
          return (
            t === '-ms-' && e.value === 'contain' && (e.value = 'element'),
            super.set(e, t)
          )
        }
        insert(e, t, i) {
          if (!(e.value === 'all' && t === '-ms-')) return super.insert(e, t, i)
        }
      }
    _u.names = ['user-select']
    Tw.exports = _u
  })
  var Dw = x((U$, Iw) => {
    u()
    var Pw = Pe(),
      AT = j(),
      Eu = class extends AT {
        normalize() {
          return 'flex-shrink'
        }
        prefixed(e, t) {
          let i
          return (
            ([i, t] = Pw(t)),
            i === 2012 ? t + 'flex-negative' : super.prefixed(e, t)
          )
        }
        set(e, t) {
          let i
          if ((([i, t] = Pw(t)), i === 2012 || i === 'final'))
            return super.set(e, t)
        }
      }
    Eu.names = ['flex-shrink', 'flex-negative']
    Iw.exports = Eu
  })
  var $w = x((V$, qw) => {
    u()
    var CT = j(),
      Ou = class extends CT {
        prefixed(e, t) {
          return `${t}column-${e}`
        }
        normalize(e) {
          return e.includes('inside')
            ? 'break-inside'
            : e.includes('before')
            ? 'break-before'
            : 'break-after'
        }
        set(e, t) {
          return (
            ((e.prop === 'break-inside' && e.value === 'avoid-column') ||
              e.value === 'avoid-page') &&
              (e.value = 'avoid'),
            super.set(e, t)
          )
        }
        insert(e, t, i) {
          if (e.prop !== 'break-inside') return super.insert(e, t, i)
          if (!(/region/i.test(e.value) || /page/i.test(e.value)))
            return super.insert(e, t, i)
        }
      }
    Ou.names = [
      'break-inside',
      'page-break-inside',
      'column-break-inside',
      'break-before',
      'page-break-before',
      'column-break-before',
      'break-after',
      'page-break-after',
      'column-break-after',
    ]
    qw.exports = Ou
  })
  var Mw = x((H$, Lw) => {
    u()
    var _T = j(),
      Tu = class extends _T {
        prefixed(e, t) {
          return t + 'print-color-adjust'
        }
        normalize() {
          return 'color-adjust'
        }
      }
    Tu.names = ['color-adjust', 'print-color-adjust']
    Lw.exports = Tu
  })
  var Bw = x((W$, Nw) => {
    u()
    var ET = j(),
      Er = class extends ET {
        insert(e, t, i) {
          if (t === '-ms-') {
            let n = this.set(this.clone(e), t)
            this.needCascade(e) && (n.raws.before = this.calcBefore(i, e, t))
            let s = 'ltr'
            return (
              e.parent.nodes.forEach((a) => {
                a.prop === 'direction' &&
                  (a.value === 'rtl' || a.value === 'ltr') &&
                  (s = a.value)
              }),
              (n.value = Er.msValues[s][e.value] || e.value),
              e.parent.insertBefore(e, n)
            )
          }
          return super.insert(e, t, i)
        }
      }
    Er.names = ['writing-mode']
    Er.msValues = {
      ltr: {
        'horizontal-tb': 'lr-tb',
        'vertical-rl': 'tb-rl',
        'vertical-lr': 'tb-lr',
      },
      rtl: {
        'horizontal-tb': 'rl-tb',
        'vertical-rl': 'bt-rl',
        'vertical-lr': 'bt-lr',
      },
    }
    Nw.exports = Er
  })
  var jw = x((G$, Fw) => {
    u()
    var OT = j(),
      Ru = class extends OT {
        set(e, t) {
          return (
            (e.value = e.value.replace(/\s+fill(\s)/, '$1')), super.set(e, t)
          )
        }
      }
    Ru.names = ['border-image']
    Fw.exports = Ru
  })
  var Vw = x((Q$, Uw) => {
    u()
    var zw = Pe(),
      TT = j(),
      Or = class extends TT {
        prefixed(e, t) {
          let i
          return (
            ([i, t] = zw(t)),
            i === 2012 ? t + 'flex-line-pack' : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'align-content'
        }
        set(e, t) {
          let i = zw(t)[0]
          if (i === 2012)
            return (e.value = Or.oldValues[e.value] || e.value), super.set(e, t)
          if (i === 'final') return super.set(e, t)
        }
      }
    Or.names = ['align-content', 'flex-line-pack']
    Or.oldValues = {
      'flex-end': 'end',
      'flex-start': 'start',
      'space-between': 'justify',
      'space-around': 'distribute',
    }
    Uw.exports = Or
  })
  var Ww = x((Y$, Hw) => {
    u()
    var RT = j(),
      We = class extends RT {
        prefixed(e, t) {
          return t === '-moz-'
            ? t + (We.toMozilla[e] || e)
            : super.prefixed(e, t)
        }
        normalize(e) {
          return We.toNormal[e] || e
        }
      }
    We.names = ['border-radius']
    We.toMozilla = {}
    We.toNormal = {}
    for (let r of ['top', 'bottom'])
      for (let e of ['left', 'right']) {
        let t = `border-${r}-${e}-radius`,
          i = `border-radius-${r}${e}`
        We.names.push(t),
          We.names.push(i),
          (We.toMozilla[t] = i),
          (We.toNormal[i] = t)
      }
    Hw.exports = We
  })
  var Qw = x((K$, Gw) => {
    u()
    var PT = j(),
      Pu = class extends PT {
        prefixed(e, t) {
          return e.includes('-start')
            ? t + e.replace('-block-start', '-before')
            : t + e.replace('-block-end', '-after')
        }
        normalize(e) {
          return e.includes('-before')
            ? e.replace('-before', '-block-start')
            : e.replace('-after', '-block-end')
        }
      }
    Pu.names = [
      'border-block-start',
      'border-block-end',
      'margin-block-start',
      'margin-block-end',
      'padding-block-start',
      'padding-block-end',
      'border-before',
      'border-after',
      'margin-before',
      'margin-after',
      'padding-before',
      'padding-after',
    ]
    Gw.exports = Pu
  })
  var Kw = x((X$, Yw) => {
    u()
    var IT = j(),
      {
        parseTemplate: DT,
        warnMissedAreas: qT,
        getGridGap: $T,
        warnGridGap: LT,
        inheritGridGap: MT,
      } = Bt(),
      Iu = class extends IT {
        insert(e, t, i, n) {
          if (t !== '-ms-') return super.insert(e, t, i)
          if (e.parent.some((h) => h.prop === '-ms-grid-rows')) return
          let s = $T(e),
            a = MT(e, s),
            { rows: o, columns: l, areas: c } = DT({ decl: e, gap: a || s }),
            f = Object.keys(c).length > 0,
            d = Boolean(o),
            p = Boolean(l)
          return (
            LT({ gap: s, hasColumns: p, decl: e, result: n }),
            qT(c, e, n),
            ((d && p) || f) &&
              e.cloneBefore({ prop: '-ms-grid-rows', value: o, raws: {} }),
            p &&
              e.cloneBefore({ prop: '-ms-grid-columns', value: l, raws: {} }),
            e
          )
        }
      }
    Iu.names = ['grid-template']
    Yw.exports = Iu
  })
  var Zw = x((Z$, Xw) => {
    u()
    var NT = j(),
      Du = class extends NT {
        prefixed(e, t) {
          return t + e.replace('-inline', '')
        }
        normalize(e) {
          return e.replace(
            /(margin|padding|border)-(start|end)/,
            '$1-inline-$2'
          )
        }
      }
    Du.names = [
      'border-inline-start',
      'border-inline-end',
      'margin-inline-start',
      'margin-inline-end',
      'padding-inline-start',
      'padding-inline-end',
      'border-start',
      'border-end',
      'margin-start',
      'margin-end',
      'padding-start',
      'padding-end',
    ]
    Xw.exports = Du
  })
  var e0 = x((J$, Jw) => {
    u()
    var BT = j(),
      qu = class extends BT {
        check(e) {
          return !e.value.includes('flex-') && e.value !== 'baseline'
        }
        prefixed(e, t) {
          return t + 'grid-row-align'
        }
        normalize() {
          return 'align-self'
        }
      }
    qu.names = ['grid-row-align']
    Jw.exports = qu
  })
  var r0 = x((eL, t0) => {
    u()
    var FT = j(),
      Tr = class extends FT {
        keyframeParents(e) {
          let { parent: t } = e
          for (; t; ) {
            if (t.type === 'atrule' && t.name === 'keyframes') return !0
            ;({ parent: t } = t)
          }
          return !1
        }
        contain3d(e) {
          if (e.prop === 'transform-origin') return !1
          for (let t of Tr.functions3d) if (e.value.includes(`${t}(`)) return !0
          return !1
        }
        set(e, t) {
          return (
            (e = super.set(e, t)),
            t === '-ms-' && (e.value = e.value.replace(/rotatez/gi, 'rotate')),
            e
          )
        }
        insert(e, t, i) {
          if (t === '-ms-') {
            if (!this.contain3d(e) && !this.keyframeParents(e))
              return super.insert(e, t, i)
          } else if (t === '-o-') {
            if (!this.contain3d(e)) return super.insert(e, t, i)
          } else return super.insert(e, t, i)
        }
      }
    Tr.names = ['transform', 'transform-origin']
    Tr.functions3d = [
      'matrix3d',
      'translate3d',
      'translateZ',
      'scale3d',
      'scaleZ',
      'rotate3d',
      'rotateX',
      'rotateY',
      'perspective',
    ]
    t0.exports = Tr
  })
  var s0 = x((tL, n0) => {
    u()
    var i0 = Pe(),
      jT = j(),
      $u = class extends jT {
        normalize() {
          return 'flex-direction'
        }
        insert(e, t, i) {
          let n
          if ((([n, t] = i0(t)), n !== 2009)) return super.insert(e, t, i)
          if (
            e.parent.some(
              (f) =>
                f.prop === t + 'box-orient' || f.prop === t + 'box-direction'
            )
          )
            return
          let a = e.value,
            o,
            l
          a === 'inherit' || a === 'initial' || a === 'unset'
            ? ((o = a), (l = a))
            : ((o = a.includes('row') ? 'horizontal' : 'vertical'),
              (l = a.includes('reverse') ? 'reverse' : 'normal'))
          let c = this.clone(e)
          return (
            (c.prop = t + 'box-orient'),
            (c.value = o),
            this.needCascade(e) && (c.raws.before = this.calcBefore(i, e, t)),
            e.parent.insertBefore(e, c),
            (c = this.clone(e)),
            (c.prop = t + 'box-direction'),
            (c.value = l),
            this.needCascade(e) && (c.raws.before = this.calcBefore(i, e, t)),
            e.parent.insertBefore(e, c)
          )
        }
        old(e, t) {
          let i
          return (
            ([i, t] = i0(t)),
            i === 2009
              ? [t + 'box-orient', t + 'box-direction']
              : super.old(e, t)
          )
        }
      }
    $u.names = ['flex-direction', 'box-direction', 'box-orient']
    n0.exports = $u
  })
  var o0 = x((rL, a0) => {
    u()
    var zT = j(),
      Lu = class extends zT {
        check(e) {
          return e.value === 'pixelated'
        }
        prefixed(e, t) {
          return t === '-ms-' ? '-ms-interpolation-mode' : super.prefixed(e, t)
        }
        set(e, t) {
          return t !== '-ms-'
            ? super.set(e, t)
            : ((e.prop = '-ms-interpolation-mode'),
              (e.value = 'nearest-neighbor'),
              e)
        }
        normalize() {
          return 'image-rendering'
        }
        process(e, t) {
          return super.process(e, t)
        }
      }
    Lu.names = ['image-rendering', 'interpolation-mode']
    a0.exports = Lu
  })
  var u0 = x((iL, l0) => {
    u()
    var UT = j(),
      VT = _e(),
      Mu = class extends UT {
        constructor(e, t, i) {
          super(e, t, i)
          this.prefixes &&
            (this.prefixes = VT.uniq(
              this.prefixes.map((n) => (n === '-ms-' ? '-webkit-' : n))
            ))
        }
      }
    Mu.names = ['backdrop-filter']
    l0.exports = Mu
  })
  var c0 = x((nL, f0) => {
    u()
    var HT = j(),
      WT = _e(),
      Nu = class extends HT {
        constructor(e, t, i) {
          super(e, t, i)
          this.prefixes &&
            (this.prefixes = WT.uniq(
              this.prefixes.map((n) => (n === '-ms-' ? '-webkit-' : n))
            ))
        }
        check(e) {
          return e.value.toLowerCase() === 'text'
        }
      }
    Nu.names = ['background-clip']
    f0.exports = Nu
  })
  var d0 = x((sL, p0) => {
    u()
    var GT = j(),
      QT = [
        'none',
        'underline',
        'overline',
        'line-through',
        'blink',
        'inherit',
        'initial',
        'unset',
      ],
      Bu = class extends GT {
        check(e) {
          return e.value.split(/\s+/).some((t) => !QT.includes(t))
        }
      }
    Bu.names = ['text-decoration']
    p0.exports = Bu
  })
  var g0 = x((aL, m0) => {
    u()
    var h0 = Pe(),
      YT = j(),
      Rr = class extends YT {
        prefixed(e, t) {
          let i
          return (
            ([i, t] = h0(t)),
            i === 2009
              ? t + 'box-pack'
              : i === 2012
              ? t + 'flex-pack'
              : super.prefixed(e, t)
          )
        }
        normalize() {
          return 'justify-content'
        }
        set(e, t) {
          let i = h0(t)[0]
          if (i === 2009 || i === 2012) {
            let n = Rr.oldValues[e.value] || e.value
            if (((e.value = n), i !== 2009 || n !== 'distribute'))
              return super.set(e, t)
          } else if (i === 'final') return super.set(e, t)
        }
      }
    Rr.names = ['justify-content', 'flex-pack', 'box-pack']
    Rr.oldValues = {
      'flex-end': 'end',
      'flex-start': 'start',
      'space-between': 'justify',
      'space-around': 'distribute',
    }
    m0.exports = Rr
  })
  var b0 = x((oL, y0) => {
    u()
    var KT = j(),
      Fu = class extends KT {
        set(e, t) {
          let i = e.value.toLowerCase()
          return (
            t === '-webkit-' &&
              !i.includes(' ') &&
              i !== 'contain' &&
              i !== 'cover' &&
              (e.value = e.value + ' ' + e.value),
            super.set(e, t)
          )
        }
      }
    Fu.names = ['background-size']
    y0.exports = Fu
  })
  var v0 = x((lL, w0) => {
    u()
    var XT = j(),
      ju = Bt(),
      zu = class extends XT {
        insert(e, t, i) {
          if (t !== '-ms-') return super.insert(e, t, i)
          let n = ju.parse(e),
            [s, a] = ju.translate(n, 0, 1)
          n[0] &&
            n[0].includes('span') &&
            (a = n[0].join('').replace(/\D/g, '')),
            [
              [e.prop, s],
              [`${e.prop}-span`, a],
            ].forEach(([l, c]) => {
              ju.insertDecl(e, l, c)
            })
        }
      }
    zu.names = ['grid-row', 'grid-column']
    w0.exports = zu
  })
  var S0 = x((uL, k0) => {
    u()
    var ZT = j(),
      {
        prefixTrackProp: x0,
        prefixTrackValue: JT,
        autoplaceGridItems: eR,
        getGridGap: tR,
        inheritGridGap: rR,
      } = Bt(),
      iR = ou(),
      Uu = class extends ZT {
        prefixed(e, t) {
          return t === '-ms-'
            ? x0({ prop: e, prefix: t })
            : super.prefixed(e, t)
        }
        normalize(e) {
          return e.replace(/^grid-(rows|columns)/, 'grid-template-$1')
        }
        insert(e, t, i, n) {
          if (t !== '-ms-') return super.insert(e, t, i)
          let { parent: s, prop: a, value: o } = e,
            l = a.includes('rows'),
            c = a.includes('columns'),
            f = s.some(
              (k) =>
                k.prop === 'grid-template' || k.prop === 'grid-template-areas'
            )
          if (f && l) return !1
          let d = new iR({ options: {} }),
            p = d.gridStatus(s, n),
            h = tR(e)
          h = rR(e, h) || h
          let b = l ? h.row : h.column
          ;(p === 'no-autoplace' || p === !0) && !f && (b = null)
          let v = JT({ value: o, gap: b })
          e.cloneBefore({ prop: x0({ prop: a, prefix: t }), value: v })
          let y = s.nodes.find((k) => k.prop === 'grid-auto-flow'),
            w = 'row'
          if (
            (y && !d.disabled(y, n) && (w = y.value.trim()), p === 'autoplace')
          ) {
            let k = s.nodes.find((E) => E.prop === 'grid-template-rows')
            if (!k && f) return
            if (!k && !f) {
              e.warn(
                n,
                'Autoplacement does not work without grid-template-rows property'
              )
              return
            }
            !s.nodes.find((E) => E.prop === 'grid-template-columns') &&
              !f &&
              e.warn(
                n,
                'Autoplacement does not work without grid-template-columns property'
              ),
              c && !f && eR(e, n, h, w)
          }
        }
      }
    Uu.names = [
      'grid-template-rows',
      'grid-template-columns',
      'grid-rows',
      'grid-columns',
    ]
    k0.exports = Uu
  })
  var C0 = x((fL, A0) => {
    u()
    var nR = j(),
      Vu = class extends nR {
        check(e) {
          return !e.value.includes('flex-') && e.value !== 'baseline'
        }
        prefixed(e, t) {
          return t + 'grid-column-align'
        }
        normalize() {
          return 'justify-self'
        }
      }
    Vu.names = ['grid-column-align']
    A0.exports = Vu
  })
  var E0 = x((cL, _0) => {
    u()
    var sR = j(),
      Hu = class extends sR {
        prefixed(e, t) {
          return t + 'scroll-chaining'
        }
        normalize() {
          return 'overscroll-behavior'
        }
        set(e, t) {
          return (
            e.value === 'auto'
              ? (e.value = 'chained')
              : (e.value === 'none' || e.value === 'contain') &&
                (e.value = 'none'),
            super.set(e, t)
          )
        }
      }
    Hu.names = ['overscroll-behavior', 'scroll-chaining']
    _0.exports = Hu
  })
  var R0 = x((pL, T0) => {
    u()
    var aR = j(),
      {
        parseGridAreas: oR,
        warnMissedAreas: lR,
        prefixTrackProp: uR,
        prefixTrackValue: O0,
        getGridGap: fR,
        warnGridGap: cR,
        inheritGridGap: pR,
      } = Bt()
    function dR(r) {
      return r
        .trim()
        .slice(1, -1)
        .split(/["']\s*["']?/g)
    }
    var Wu = class extends aR {
      insert(e, t, i, n) {
        if (t !== '-ms-') return super.insert(e, t, i)
        let s = !1,
          a = !1,
          o = e.parent,
          l = fR(e)
        ;(l = pR(e, l) || l),
          o.walkDecls(/-ms-grid-rows/, (d) => d.remove()),
          o.walkDecls(/grid-template-(rows|columns)/, (d) => {
            if (d.prop === 'grid-template-rows') {
              a = !0
              let { prop: p, value: h } = d
              d.cloneBefore({
                prop: uR({ prop: p, prefix: t }),
                value: O0({ value: h, gap: l.row }),
              })
            } else s = !0
          })
        let c = dR(e.value)
        s &&
          !a &&
          l.row &&
          c.length > 1 &&
          e.cloneBefore({
            prop: '-ms-grid-rows',
            value: O0({ value: `repeat(${c.length}, auto)`, gap: l.row }),
            raws: {},
          }),
          cR({ gap: l, hasColumns: s, decl: e, result: n })
        let f = oR({ rows: c, gap: l })
        return lR(f, e, n), e
      }
    }
    Wu.names = ['grid-template-areas']
    T0.exports = Wu
  })
  var I0 = x((dL, P0) => {
    u()
    var hR = j(),
      Gu = class extends hR {
        set(e, t) {
          return (
            t === '-webkit-' &&
              (e.value = e.value.replace(/\s*(right|left)\s*/i, '')),
            super.set(e, t)
          )
        }
      }
    Gu.names = ['text-emphasis-position']
    P0.exports = Gu
  })
  var q0 = x((hL, D0) => {
    u()
    var mR = j(),
      Qu = class extends mR {
        set(e, t) {
          return e.prop === 'text-decoration-skip-ink' && e.value === 'auto'
            ? ((e.prop = t + 'text-decoration-skip'), (e.value = 'ink'), e)
            : super.set(e, t)
        }
      }
    Qu.names = ['text-decoration-skip-ink', 'text-decoration-skip']
    D0.exports = Qu
  })
  var F0 = x((mL, B0) => {
    u()
    ;('use strict')
    B0.exports = {
      wrap: $0,
      limit: L0,
      validate: M0,
      test: Yu,
      curry: gR,
      name: N0,
    }
    function $0(r, e, t) {
      var i = e - r
      return ((((t - r) % i) + i) % i) + r
    }
    function L0(r, e, t) {
      return Math.max(r, Math.min(e, t))
    }
    function M0(r, e, t, i, n) {
      if (!Yu(r, e, t, i, n))
        throw new Error(t + ' is outside of range [' + r + ',' + e + ')')
      return t
    }
    function Yu(r, e, t, i, n) {
      return !(t < r || t > e || (n && t === e) || (i && t === r))
    }
    function N0(r, e, t, i) {
      return (t ? '(' : '[') + r + ',' + e + (i ? ')' : ']')
    }
    function gR(r, e, t, i) {
      var n = N0.bind(null, r, e, t, i)
      return {
        wrap: $0.bind(null, r, e),
        limit: L0.bind(null, r, e),
        validate: function (s) {
          return M0(r, e, s, t, i)
        },
        test: function (s) {
          return Yu(r, e, s, t, i)
        },
        toString: n,
        name: n,
      }
    }
  })
  var U0 = x((gL, z0) => {
    u()
    var Ku = Ms(),
      yR = F0(),
      bR = xr(),
      wR = He(),
      vR = _e(),
      j0 = /top|left|right|bottom/gi,
      wt = class extends wR {
        replace(e, t) {
          let i = Ku(e)
          for (let n of i.nodes)
            if (n.type === 'function' && n.value === this.name)
              if (
                ((n.nodes = this.newDirection(n.nodes)),
                (n.nodes = this.normalize(n.nodes)),
                t === '-webkit- old')
              ) {
                if (!this.oldWebkit(n)) return !1
              } else
                (n.nodes = this.convertDirection(n.nodes)),
                  (n.value = t + n.value)
          return i.toString()
        }
        replaceFirst(e, ...t) {
          return t
            .map((n) =>
              n === ' '
                ? { type: 'space', value: n }
                : { type: 'word', value: n }
            )
            .concat(e.slice(1))
        }
        normalizeUnit(e, t) {
          return `${(parseFloat(e) / t) * 360}deg`
        }
        normalize(e) {
          if (!e[0]) return e
          if (/-?\d+(.\d+)?grad/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 400)
          else if (/-?\d+(.\d+)?rad/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 2 * Math.PI)
          else if (/-?\d+(.\d+)?turn/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 1)
          else if (e[0].value.includes('deg')) {
            let t = parseFloat(e[0].value)
            ;(t = yR.wrap(0, 360, t)), (e[0].value = `${t}deg`)
          }
          return (
            e[0].value === '0deg'
              ? (e = this.replaceFirst(e, 'to', ' ', 'top'))
              : e[0].value === '90deg'
              ? (e = this.replaceFirst(e, 'to', ' ', 'right'))
              : e[0].value === '180deg'
              ? (e = this.replaceFirst(e, 'to', ' ', 'bottom'))
              : e[0].value === '270deg' &&
                (e = this.replaceFirst(e, 'to', ' ', 'left')),
            e
          )
        }
        newDirection(e) {
          if (e[0].value === 'to' || ((j0.lastIndex = 0), !j0.test(e[0].value)))
            return e
          e.unshift(
            { type: 'word', value: 'to' },
            { type: 'space', value: ' ' }
          )
          for (let t = 2; t < e.length && e[t].type !== 'div'; t++)
            e[t].type === 'word' &&
              (e[t].value = this.revertDirection(e[t].value))
          return e
        }
        isRadial(e) {
          let t = 'before'
          for (let i of e)
            if (t === 'before' && i.type === 'space') t = 'at'
            else if (t === 'at' && i.value === 'at') t = 'after'
            else {
              if (t === 'after' && i.type === 'space') return !0
              if (i.type === 'div') break
              t = 'before'
            }
          return !1
        }
        convertDirection(e) {
          return (
            e.length > 0 &&
              (e[0].value === 'to'
                ? this.fixDirection(e)
                : e[0].value.includes('deg')
                ? this.fixAngle(e)
                : this.isRadial(e) && this.fixRadial(e)),
            e
          )
        }
        fixDirection(e) {
          e.splice(0, 2)
          for (let t of e) {
            if (t.type === 'div') break
            t.type === 'word' && (t.value = this.revertDirection(t.value))
          }
        }
        fixAngle(e) {
          let t = e[0].value
          ;(t = parseFloat(t)),
            (t = Math.abs(450 - t) % 360),
            (t = this.roundFloat(t, 3)),
            (e[0].value = `${t}deg`)
        }
        fixRadial(e) {
          let t = [],
            i = [],
            n,
            s,
            a,
            o,
            l
          for (o = 0; o < e.length - 2; o++)
            if (
              ((n = e[o]),
              (s = e[o + 1]),
              (a = e[o + 2]),
              n.type === 'space' && s.value === 'at' && a.type === 'space')
            ) {
              l = o + 3
              break
            } else t.push(n)
          let c
          for (o = l; o < e.length; o++)
            if (e[o].type === 'div') {
              c = e[o]
              break
            } else i.push(e[o])
          e.splice(0, o, ...i, c, ...t)
        }
        revertDirection(e) {
          return wt.directions[e.toLowerCase()] || e
        }
        roundFloat(e, t) {
          return parseFloat(e.toFixed(t))
        }
        oldWebkit(e) {
          let { nodes: t } = e,
            i = Ku.stringify(e.nodes)
          if (
            this.name !== 'linear-gradient' ||
            (t[0] && t[0].value.includes('deg')) ||
            i.includes('px') ||
            i.includes('-corner') ||
            i.includes('-side')
          )
            return !1
          let n = [[]]
          for (let s of t)
            n[n.length - 1].push(s),
              s.type === 'div' && s.value === ',' && n.push([])
          this.oldDirection(n), this.colorStops(n), (e.nodes = [])
          for (let s of n) e.nodes = e.nodes.concat(s)
          return (
            e.nodes.unshift(
              { type: 'word', value: 'linear' },
              this.cloneDiv(e.nodes)
            ),
            (e.value = '-webkit-gradient'),
            !0
          )
        }
        oldDirection(e) {
          let t = this.cloneDiv(e[0])
          if (e[0][0].value !== 'to')
            return e.unshift([
              { type: 'word', value: wt.oldDirections.bottom },
              t,
            ])
          {
            let i = []
            for (let s of e[0].slice(2))
              s.type === 'word' && i.push(s.value.toLowerCase())
            i = i.join(' ')
            let n = wt.oldDirections[i] || i
            return (e[0] = [{ type: 'word', value: n }, t]), e[0]
          }
        }
        cloneDiv(e) {
          for (let t of e) if (t.type === 'div' && t.value === ',') return t
          return { type: 'div', value: ',', after: ' ' }
        }
        colorStops(e) {
          let t = []
          for (let i = 0; i < e.length; i++) {
            let n,
              s = e[i],
              a
            if (i === 0) continue
            let o = Ku.stringify(s[0])
            s[1] && s[1].type === 'word'
              ? (n = s[1].value)
              : s[2] && s[2].type === 'word' && (n = s[2].value)
            let l
            i === 1 && (!n || n === '0%')
              ? (l = `from(${o})`)
              : i === e.length - 1 && (!n || n === '100%')
              ? (l = `to(${o})`)
              : n
              ? (l = `color-stop(${n}, ${o})`)
              : (l = `color-stop(${o})`)
            let c = s[s.length - 1]
            ;(e[i] = [{ type: 'word', value: l }]),
              c.type === 'div' && c.value === ',' && (a = e[i].push(c)),
              t.push(a)
          }
          return t
        }
        old(e) {
          if (e === '-webkit-') {
            let t = this.name === 'linear-gradient' ? 'linear' : 'radial',
              i = '-gradient',
              n = vR.regexp(`-webkit-(${t}-gradient|gradient\\(\\s*${t})`, !1)
            return new bR(this.name, e + this.name, i, n)
          } else return super.old(e)
        }
        add(e, t) {
          let i = e.prop
          if (i.includes('mask')) {
            if (t === '-webkit-' || t === '-webkit- old') return super.add(e, t)
          } else if (
            i === 'list-style' ||
            i === 'list-style-image' ||
            i === 'content'
          ) {
            if (t === '-webkit-' || t === '-webkit- old') return super.add(e, t)
          } else return super.add(e, t)
        }
      }
    wt.names = [
      'linear-gradient',
      'repeating-linear-gradient',
      'radial-gradient',
      'repeating-radial-gradient',
    ]
    wt.directions = {
      top: 'bottom',
      left: 'right',
      bottom: 'top',
      right: 'left',
    }
    wt.oldDirections = {
      top: 'left bottom, left top',
      left: 'right top, left top',
      bottom: 'left top, left bottom',
      right: 'left top, right top',
      'top right': 'left bottom, right top',
      'top left': 'right bottom, left top',
      'right top': 'left bottom, right top',
      'right bottom': 'left top, right bottom',
      'bottom right': 'left top, right bottom',
      'bottom left': 'right top, left bottom',
      'left top': 'right bottom, left top',
      'left bottom': 'right top, left bottom',
    }
    z0.exports = wt
  })
  var W0 = x((yL, H0) => {
    u()
    var xR = xr(),
      kR = He()
    function V0(r) {
      return new RegExp(`(^|[\\s,(])(${r}($|[\\s),]))`, 'gi')
    }
    var Xu = class extends kR {
      regexp() {
        return (
          this.regexpCache || (this.regexpCache = V0(this.name)),
          this.regexpCache
        )
      }
      isStretch() {
        return (
          this.name === 'stretch' ||
          this.name === 'fill' ||
          this.name === 'fill-available'
        )
      }
      replace(e, t) {
        return t === '-moz-' && this.isStretch()
          ? e.replace(this.regexp(), '$1-moz-available$3')
          : t === '-webkit-' && this.isStretch()
          ? e.replace(this.regexp(), '$1-webkit-fill-available$3')
          : super.replace(e, t)
      }
      old(e) {
        let t = e + this.name
        return (
          this.isStretch() &&
            (e === '-moz-'
              ? (t = '-moz-available')
              : e === '-webkit-' && (t = '-webkit-fill-available')),
          new xR(this.name, t, t, V0(t))
        )
      }
      add(e, t) {
        if (!(e.prop.includes('grid') && t !== '-webkit-'))
          return super.add(e, t)
      }
    }
    Xu.names = [
      'max-content',
      'min-content',
      'fit-content',
      'fill',
      'fill-available',
      'stretch',
    ]
    H0.exports = Xu
  })
  var Y0 = x((bL, Q0) => {
    u()
    var G0 = xr(),
      SR = He(),
      Zu = class extends SR {
        replace(e, t) {
          return t === '-webkit-'
            ? e.replace(this.regexp(), '$1-webkit-optimize-contrast')
            : t === '-moz-'
            ? e.replace(this.regexp(), '$1-moz-crisp-edges')
            : super.replace(e, t)
        }
        old(e) {
          return e === '-webkit-'
            ? new G0(this.name, '-webkit-optimize-contrast')
            : e === '-moz-'
            ? new G0(this.name, '-moz-crisp-edges')
            : super.old(e)
        }
      }
    Zu.names = ['pixelated']
    Q0.exports = Zu
  })
  var X0 = x((wL, K0) => {
    u()
    var AR = He(),
      Ju = class extends AR {
        replace(e, t) {
          let i = super.replace(e, t)
          return (
            t === '-webkit-' &&
              (i = i.replace(/("[^"]+"|'[^']+')(\s+\d+\w)/gi, 'url($1)$2')),
            i
          )
        }
      }
    Ju.names = ['image-set']
    K0.exports = Ju
  })
  var J0 = x((vL, Z0) => {
    u()
    var CR = $e().list,
      _R = He(),
      ef = class extends _R {
        replace(e, t) {
          return CR.space(e)
            .map((i) => {
              if (i.slice(0, +this.name.length + 1) !== this.name + '(')
                return i
              let n = i.lastIndexOf(')'),
                s = i.slice(n + 1),
                a = i.slice(this.name.length + 1, n)
              if (t === '-webkit-') {
                let o = a.match(/\d*.?\d+%?/)
                o
                  ? ((a = a.slice(o[0].length).trim()), (a += `, ${o[0]}`))
                  : (a += ', 0.5')
              }
              return t + this.name + '(' + a + ')' + s
            })
            .join(' ')
        }
      }
    ef.names = ['cross-fade']
    Z0.exports = ef
  })
  var tv = x((xL, ev) => {
    u()
    var ER = Pe(),
      OR = xr(),
      TR = He(),
      tf = class extends TR {
        constructor(e, t) {
          super(e, t)
          e === 'display-flex' && (this.name = 'flex')
        }
        check(e) {
          return e.prop === 'display' && e.value === this.name
        }
        prefixed(e) {
          let t, i
          return (
            ([t, e] = ER(e)),
            t === 2009
              ? this.name === 'flex'
                ? (i = 'box')
                : (i = 'inline-box')
              : t === 2012
              ? this.name === 'flex'
                ? (i = 'flexbox')
                : (i = 'inline-flexbox')
              : t === 'final' && (i = this.name),
            e + i
          )
        }
        replace(e, t) {
          return this.prefixed(t)
        }
        old(e) {
          let t = this.prefixed(e)
          if (!!t) return new OR(this.name, t)
        }
      }
    tf.names = ['display-flex', 'inline-flex']
    ev.exports = tf
  })
  var iv = x((kL, rv) => {
    u()
    var RR = He(),
      rf = class extends RR {
        constructor(e, t) {
          super(e, t)
          e === 'display-grid' && (this.name = 'grid')
        }
        check(e) {
          return e.prop === 'display' && e.value === this.name
        }
      }
    rf.names = ['display-grid', 'inline-grid']
    rv.exports = rf
  })
  var sv = x((SL, nv) => {
    u()
    var PR = He(),
      nf = class extends PR {
        constructor(e, t) {
          super(e, t)
          e === 'filter-function' && (this.name = 'filter')
        }
      }
    nf.names = ['filter', 'filter-function']
    nv.exports = nf
  })
  var uv = x((AL, lv) => {
    u()
    var av = Ni(),
      z = j(),
      ov = zy(),
      IR = ab(),
      DR = ou(),
      qR = Cb(),
      sf = Mt(),
      Pr = kr(),
      $R = Db(),
      ut = He(),
      Ir = _e(),
      LR = $b(),
      MR = Mb(),
      NR = Bb(),
      BR = jb(),
      FR = Wb(),
      jR = Yb(),
      zR = Xb(),
      UR = Jb(),
      VR = tw(),
      HR = iw(),
      WR = sw(),
      GR = ow(),
      QR = uw(),
      YR = cw(),
      KR = dw(),
      XR = gw(),
      ZR = bw(),
      JR = xw(),
      e5 = Sw(),
      t5 = Cw(),
      r5 = Ow(),
      i5 = Rw(),
      n5 = Dw(),
      s5 = $w(),
      a5 = Mw(),
      o5 = Bw(),
      l5 = jw(),
      u5 = Vw(),
      f5 = Ww(),
      c5 = Qw(),
      p5 = Kw(),
      d5 = Zw(),
      h5 = e0(),
      m5 = r0(),
      g5 = s0(),
      y5 = o0(),
      b5 = u0(),
      w5 = c0(),
      v5 = d0(),
      x5 = g0(),
      k5 = b0(),
      S5 = v0(),
      A5 = S0(),
      C5 = C0(),
      _5 = E0(),
      E5 = R0(),
      O5 = I0(),
      T5 = q0(),
      R5 = U0(),
      P5 = W0(),
      I5 = Y0(),
      D5 = X0(),
      q5 = J0(),
      $5 = tv(),
      L5 = iv(),
      M5 = sv()
    Pr.hack(LR)
    Pr.hack(MR)
    Pr.hack(NR)
    Pr.hack(BR)
    z.hack(FR)
    z.hack(jR)
    z.hack(zR)
    z.hack(UR)
    z.hack(VR)
    z.hack(HR)
    z.hack(WR)
    z.hack(GR)
    z.hack(QR)
    z.hack(YR)
    z.hack(KR)
    z.hack(XR)
    z.hack(ZR)
    z.hack(JR)
    z.hack(e5)
    z.hack(t5)
    z.hack(r5)
    z.hack(i5)
    z.hack(n5)
    z.hack(s5)
    z.hack(a5)
    z.hack(o5)
    z.hack(l5)
    z.hack(u5)
    z.hack(f5)
    z.hack(c5)
    z.hack(p5)
    z.hack(d5)
    z.hack(h5)
    z.hack(m5)
    z.hack(g5)
    z.hack(y5)
    z.hack(b5)
    z.hack(w5)
    z.hack(v5)
    z.hack(x5)
    z.hack(k5)
    z.hack(S5)
    z.hack(A5)
    z.hack(C5)
    z.hack(_5)
    z.hack(E5)
    z.hack(O5)
    z.hack(T5)
    ut.hack(R5)
    ut.hack(P5)
    ut.hack(I5)
    ut.hack(D5)
    ut.hack(q5)
    ut.hack($5)
    ut.hack(L5)
    ut.hack(M5)
    var af = new Map(),
      Fi = class {
        constructor(e, t, i = {}) {
          ;(this.data = e),
            (this.browsers = t),
            (this.options = i),
            ([this.add, this.remove] = this.preprocess(this.select(this.data))),
            (this.transition = new IR(this)),
            (this.processor = new DR(this))
        }
        cleaner() {
          if (this.cleanerCache) return this.cleanerCache
          if (this.browsers.selected.length) {
            let e = new sf(this.browsers.data, [])
            this.cleanerCache = new Fi(this.data, e, this.options)
          } else return this
          return this.cleanerCache
        }
        select(e) {
          let t = { add: {}, remove: {} }
          for (let i in e) {
            let n = e[i],
              s = n.browsers.map((l) => {
                let c = l.split(' ')
                return { browser: `${c[0]} ${c[1]}`, note: c[2] }
              }),
              a = s
                .filter((l) => l.note)
                .map((l) => `${this.browsers.prefix(l.browser)} ${l.note}`)
            ;(a = Ir.uniq(a)),
              (s = s
                .filter((l) => this.browsers.isSelected(l.browser))
                .map((l) => {
                  let c = this.browsers.prefix(l.browser)
                  return l.note ? `${c} ${l.note}` : c
                })),
              (s = this.sort(Ir.uniq(s))),
              this.options.flexbox === 'no-2009' &&
                (s = s.filter((l) => !l.includes('2009')))
            let o = n.browsers.map((l) => this.browsers.prefix(l))
            n.mistakes && (o = o.concat(n.mistakes)),
              (o = o.concat(a)),
              (o = Ir.uniq(o)),
              s.length
                ? ((t.add[i] = s),
                  s.length < o.length &&
                    (t.remove[i] = o.filter((l) => !s.includes(l))))
                : (t.remove[i] = o)
          }
          return t
        }
        sort(e) {
          return e.sort((t, i) => {
            let n = Ir.removeNote(t).length,
              s = Ir.removeNote(i).length
            return n === s ? i.length - t.length : s - n
          })
        }
        preprocess(e) {
          let t = { selectors: [], '@supports': new qR(Fi, this) }
          for (let n in e.add) {
            let s = e.add[n]
            if (n === '@keyframes' || n === '@viewport')
              t[n] = new $R(n, s, this)
            else if (n === '@resolution') t[n] = new ov(n, s, this)
            else if (this.data[n].selector)
              t.selectors.push(Pr.load(n, s, this))
            else {
              let a = this.data[n].props
              if (a) {
                let o = ut.load(n, s, this)
                for (let l of a)
                  t[l] || (t[l] = { values: [] }), t[l].values.push(o)
              } else {
                let o = (t[n] && t[n].values) || []
                ;(t[n] = z.load(n, s, this)), (t[n].values = o)
              }
            }
          }
          let i = { selectors: [] }
          for (let n in e.remove) {
            let s = e.remove[n]
            if (this.data[n].selector) {
              let a = Pr.load(n, s)
              for (let o of s) i.selectors.push(a.old(o))
            } else if (n === '@keyframes' || n === '@viewport')
              for (let a of s) {
                let o = `@${a}${n.slice(1)}`
                i[o] = { remove: !0 }
              }
            else if (n === '@resolution') i[n] = new ov(n, s, this)
            else {
              let a = this.data[n].props
              if (a) {
                let o = ut.load(n, [], this)
                for (let l of s) {
                  let c = o.old(l)
                  if (c)
                    for (let f of a)
                      i[f] || (i[f] = {}),
                        i[f].values || (i[f].values = []),
                        i[f].values.push(c)
                }
              } else
                for (let o of s) {
                  let l = this.decl(n).old(n, o)
                  if (n === 'align-self') {
                    let c = t[n] && t[n].prefixes
                    if (c) {
                      if (o === '-webkit- 2009' && c.includes('-webkit-'))
                        continue
                      if (o === '-webkit-' && c.includes('-webkit- 2009'))
                        continue
                    }
                  }
                  for (let c of l) i[c] || (i[c] = {}), (i[c].remove = !0)
                }
            }
          }
          return [t, i]
        }
        decl(e) {
          return af.has(e) || af.set(e, z.load(e)), af.get(e)
        }
        unprefixed(e) {
          let t = this.normalize(av.unprefixed(e))
          return t === 'flex-direction' && (t = 'flex-flow'), t
        }
        normalize(e) {
          return this.decl(e).normalize(e)
        }
        prefixed(e, t) {
          return (e = av.unprefixed(e)), this.decl(e).prefixed(e, t)
        }
        values(e, t) {
          let i = this[e],
            n = i['*'] && i['*'].values,
            s = i[t] && i[t].values
          return n && s ? Ir.uniq(n.concat(s)) : n || s || []
        }
        group(e) {
          let t = e.parent,
            i = t.index(e),
            { length: n } = t.nodes,
            s = this.unprefixed(e.prop),
            a = (o, l) => {
              for (i += o; i >= 0 && i < n; ) {
                let c = t.nodes[i]
                if (c.type === 'decl') {
                  if (
                    (o === -1 && c.prop === s && !sf.withPrefix(c.value)) ||
                    this.unprefixed(c.prop) !== s
                  )
                    break
                  if (l(c) === !0) return !0
                  if (o === 1 && c.prop === s && !sf.withPrefix(c.value)) break
                }
                i += o
              }
              return !1
            }
          return {
            up(o) {
              return a(-1, o)
            },
            down(o) {
              return a(1, o)
            },
          }
        }
      }
    lv.exports = Fi
  })
  var cv = x((CL, fv) => {
    u()
    fv.exports = {
      'backdrop-filter': {
        feature: 'css-backdrop-filter',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
          'safari 16.5',
        ],
      },
      element: {
        props: [
          'background',
          'background-image',
          'border-image',
          'mask',
          'list-style',
          'list-style-image',
          'content',
          'mask-image',
        ],
        feature: 'css-element-function',
        browsers: ['firefox 114'],
      },
      'user-select': {
        mistakes: ['-khtml-'],
        feature: 'user-select-none',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
          'safari 16.5',
        ],
      },
      'background-clip': {
        feature: 'background-clip-text',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      hyphens: {
        feature: 'css-hyphens',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
          'safari 16.5',
        ],
      },
      fill: {
        props: [
          'width',
          'min-width',
          'max-width',
          'height',
          'min-height',
          'max-height',
          'inline-size',
          'min-inline-size',
          'max-inline-size',
          'block-size',
          'min-block-size',
          'max-block-size',
          'grid',
          'grid-template',
          'grid-template-rows',
          'grid-template-columns',
          'grid-auto-columns',
          'grid-auto-rows',
        ],
        feature: 'intrinsic-width',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'fill-available': {
        props: [
          'width',
          'min-width',
          'max-width',
          'height',
          'min-height',
          'max-height',
          'inline-size',
          'min-inline-size',
          'max-inline-size',
          'block-size',
          'min-block-size',
          'max-block-size',
          'grid',
          'grid-template',
          'grid-template-rows',
          'grid-template-columns',
          'grid-auto-columns',
          'grid-auto-rows',
        ],
        feature: 'intrinsic-width',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      stretch: {
        props: [
          'width',
          'min-width',
          'max-width',
          'height',
          'min-height',
          'max-height',
          'inline-size',
          'min-inline-size',
          'max-inline-size',
          'block-size',
          'min-block-size',
          'max-block-size',
          'grid',
          'grid-template',
          'grid-template-rows',
          'grid-template-columns',
          'grid-auto-columns',
          'grid-auto-rows',
        ],
        feature: 'intrinsic-width',
        browsers: ['firefox 114'],
      },
      'fit-content': {
        props: [
          'width',
          'min-width',
          'max-width',
          'height',
          'min-height',
          'max-height',
          'inline-size',
          'min-inline-size',
          'max-inline-size',
          'block-size',
          'min-block-size',
          'max-block-size',
          'grid',
          'grid-template',
          'grid-template-rows',
          'grid-template-columns',
          'grid-auto-columns',
          'grid-auto-rows',
        ],
        feature: 'intrinsic-width',
        browsers: ['firefox 114'],
      },
      'text-decoration-style': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-decoration-color': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-decoration-line': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-decoration': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-decoration-skip': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-decoration-skip-ink': {
        feature: 'text-decoration',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'text-size-adjust': {
        feature: 'text-size-adjust',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
        ],
      },
      'mask-clip': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-composite': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-image': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-origin': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-repeat': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border-repeat': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border-source': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      mask: {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-position': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-size': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border-outset': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border-width': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'mask-border-slice': {
        feature: 'css-masks',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      'clip-path': { feature: 'css-clip-path', browsers: ['samsung 21'] },
      'box-decoration-break': {
        feature: 'css-boxdecorationbreak',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
          'opera 99',
          'safari 16.5',
          'samsung 21',
        ],
      },
      appearance: { feature: 'css-appearance', browsers: ['samsung 21'] },
      'image-set': {
        props: [
          'background',
          'background-image',
          'border-image',
          'cursor',
          'mask',
          'mask-image',
          'list-style',
          'list-style-image',
          'content',
        ],
        feature: 'css-image-set',
        browsers: ['and_uc 15.5', 'chrome 109', 'samsung 21'],
      },
      'cross-fade': {
        props: [
          'background',
          'background-image',
          'border-image',
          'mask',
          'list-style',
          'list-style-image',
          'content',
          'mask-image',
        ],
        feature: 'css-cross-fade',
        browsers: [
          'and_chr 114',
          'and_uc 15.5',
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
          'samsung 21',
        ],
      },
      isolate: {
        props: ['unicode-bidi'],
        feature: 'css-unicode-bidi',
        browsers: [
          'ios_saf 16.1',
          'ios_saf 16.3',
          'ios_saf 16.4',
          'ios_saf 16.5',
          'safari 16.5',
        ],
      },
      'color-adjust': {
        feature: 'css-color-adjust',
        browsers: [
          'chrome 109',
          'chrome 113',
          'chrome 114',
          'edge 114',
          'opera 99',
        ],
      },
    }
  })
  var dv = x((_L, pv) => {
    u()
    pv.exports = {}
  })
  var yv = x((EL, gv) => {
    u()
    var N5 = Yl(),
      { agents: B5 } = (Ps(), Rs),
      of = Oy(),
      F5 = Mt(),
      j5 = uv(),
      z5 = cv(),
      U5 = dv(),
      hv = { browsers: B5, prefixes: z5 },
      mv = `
  Replace Autoprefixer \`browsers\` option to Browserslist config.
  Use \`browserslist\` key in \`package.json\` or \`.browserslistrc\` file.

  Using \`browsers\` option can cause errors. Browserslist config can
  be used for Babel, Autoprefixer, postcss-normalize and other tools.

  If you really need to use option, rename it to \`overrideBrowserslist\`.

  Learn more at:
  https://github.com/browserslist/browserslist#readme
  https://twitter.com/browserslist

`
    function V5(r) {
      return Object.prototype.toString.apply(r) === '[object Object]'
    }
    var lf = new Map()
    function H5(r, e) {
      e.browsers.selected.length !== 0 &&
        (e.add.selectors.length > 0 ||
          Object.keys(e.add).length > 2 ||
          r.warn(`Autoprefixer target browsers do not need any prefixes.You do not need Autoprefixer anymore.
Check your Browserslist config to be sure that your targets are set up correctly.

  Learn more at:
  https://github.com/postcss/autoprefixer#readme
  https://github.com/browserslist/browserslist#readme

`))
    }
    gv.exports = Dr
    function Dr(...r) {
      let e
      if (
        (r.length === 1 && V5(r[0])
          ? ((e = r[0]), (r = void 0))
          : r.length === 0 || (r.length === 1 && !r[0])
          ? (r = void 0)
          : r.length <= 2 && (Array.isArray(r[0]) || !r[0])
          ? ((e = r[1]), (r = r[0]))
          : typeof r[r.length - 1] == 'object' && (e = r.pop()),
        e || (e = {}),
        e.browser)
      )
        throw new Error(
          'Change `browser` option to `overrideBrowserslist` in Autoprefixer'
        )
      if (e.browserslist)
        throw new Error(
          'Change `browserslist` option to `overrideBrowserslist` in Autoprefixer'
        )
      e.overrideBrowserslist
        ? (r = e.overrideBrowserslist)
        : e.browsers &&
          (typeof console != 'undefined' &&
            console.warn &&
            (of.red
              ? console.warn(
                  of.red(
                    mv.replace(/`[^`]+`/g, (n) => of.yellow(n.slice(1, -1)))
                  )
                )
              : console.warn(mv)),
          (r = e.browsers))
      let t = {
        ignoreUnknownVersions: e.ignoreUnknownVersions,
        stats: e.stats,
        env: e.env,
      }
      function i(n) {
        let s = hv,
          a = new F5(s.browsers, r, n, t),
          o = a.selected.join(', ') + JSON.stringify(e)
        return lf.has(o) || lf.set(o, new j5(s.prefixes, a, e)), lf.get(o)
      }
      return {
        postcssPlugin: 'autoprefixer',
        prepare(n) {
          let s = i({ from: n.opts.from, env: e.env })
          return {
            OnceExit(a) {
              H5(n, s),
                e.remove !== !1 && s.processor.remove(a, n),
                e.add !== !1 && s.processor.add(a, n)
            },
          }
        },
        info(n) {
          return (n = n || {}), (n.from = n.from || m.cwd()), U5(i(n))
        },
        options: e,
        browsers: r,
      }
    }
    Dr.postcss = !0
    Dr.data = hv
    Dr.defaults = N5.defaults
    Dr.info = () => Dr().info()
  })
  var bv = {}
  Ge(bv, { default: () => W5 })
  var W5,
    wv = P(() => {
      u()
      W5 = []
    })
  var xv = {}
  Ge(xv, { default: () => G5 })
  var vv,
    G5,
    kv = P(() => {
      u()
      Xi()
      ;(vv = pe(rn())), (G5 = St(vv.default.theme))
    })
  var Av = {}
  Ge(Av, { default: () => Q5 })
  var Sv,
    Q5,
    Cv = P(() => {
      u()
      Xi()
      ;(Sv = pe(rn())), (Q5 = St(Sv.default))
    })
  u()
  ;('use strict')
  var Y5 = vt(_y()),
    K5 = vt($e()),
    X5 = vt(yv()),
    Z5 = vt((wv(), bv)),
    J5 = vt((kv(), xv)),
    eP = vt((Cv(), Av)),
    tP = vt((Vs(), _f)),
    rP = vt((al(), sl)),
    iP = vt((sa(), sc))
  function vt(r) {
    return r && r.__esModule ? r : { default: r }
  }
  console.warn(
    'cdn.tailwindcss.com should not be used in production. To use Tailwind CSS in production, install it as a PostCSS plugin or use the Tailwind CLI: https://tailwindcss.com/docs/installation'
  )
  var Ns = 'tailwind',
    uf = 'text/tailwindcss',
    _v = '/template.html',
    Yt,
    Ev = !0,
    Ov = 0,
    ff = new Set(),
    cf,
    Tv = '',
    Rv = (r = !1) => ({
      get(e, t) {
        return (!r || t === 'config') &&
          typeof e[t] == 'object' &&
          e[t] !== null
          ? new Proxy(e[t], Rv())
          : e[t]
      },
      set(e, t, i) {
        return (e[t] = i), (!r || t === 'config') && pf(!0), !0
      },
    })
  window[Ns] = new Proxy(
    {
      config: {},
      defaultTheme: J5.default,
      defaultConfig: eP.default,
      colors: tP.default,
      plugin: rP.default,
      resolveConfig: iP.default,
    },
    Rv(!0)
  )
  function Pv(r) {
    cf.observe(r, {
      attributes: !0,
      attributeFilter: ['type'],
      characterData: !0,
      subtree: !0,
      childList: !0,
    })
  }
  new MutationObserver(async (r) => {
    let e = !1
    if (!cf) {
      cf = new MutationObserver(async () => await pf(!0))
      for (let t of document.querySelectorAll(`style[type="${uf}"]`)) Pv(t)
    }
    for (let t of r)
      for (let i of t.addedNodes)
        i.nodeType === 1 &&
          i.tagName === 'STYLE' &&
          i.getAttribute('type') === uf &&
          (Pv(i), (e = !0))
    await pf(e)
  }).observe(document.documentElement, {
    attributes: !0,
    attributeFilter: ['class'],
    childList: !0,
    subtree: !0,
  })
  async function pf(r = !1) {
    r && (Ov++, ff.clear())
    let e = ''
    for (let i of document.querySelectorAll(`style[type="${uf}"]`))
      e += i.textContent
    let t = new Set()
    for (let i of document.querySelectorAll('[class]'))
      for (let n of i.classList) ff.has(n) || t.add(n)
    if (
      document.body &&
      (Ev || t.size > 0 || e !== Tv || !Yt || !Yt.isConnected)
    ) {
      for (let n of t) ff.add(n)
      ;(Ev = !1), (Tv = e), (self[_v] = Array.from(t).join(' '))
      let { css: i } = await (0, K5.default)([
        (0, Y5.default)({
          ...window[Ns].config,
          _hash: Ov,
          content: { files: [_v], extract: { html: (n) => n.split(' ') } },
          plugins: [
            ...Z5.default,
            ...(Array.isArray(window[Ns].config.plugins)
              ? window[Ns].config.plugins
              : []),
          ],
        }),
        (0, X5.default)({ remove: !1 }),
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      ;(!Yt || !Yt.isConnected) &&
        ((Yt = document.createElement('style')), document.head.append(Yt)),
        (Yt.textContent = i)
    }
  }
})()
/*!
 * fill-range <https://github.com/jonschlinkert/fill-range>
 *
 * Copyright (c) 2014-present, Jon Schlinkert.
 * Licensed under the MIT License.
 */
/*!
 * is-number <https://github.com/jonschlinkert/is-number>
 *
 * Copyright (c) 2014-present, Jon Schlinkert.
 * Released under the MIT License.
 */
/*!
 * to-regex-range <https://github.com/micromatch/to-regex-range>
 *
 * Copyright (c) 2015-present, Jon Schlinkert.
 * Released under the MIT License.
 */
/*! https://mths.be/cssesc v3.0.0 by @mathias */
